Electron impact collision strengths and oscillator strengths for Ge-, Ga-, Zn-, Cu-, Ni-, and Co-like Au ions

Atomic Data and Nuclear Data Tables 93 (2007) 199–273 www.elsevier.com/locate/adt

Electron impact collision strengths and oscillator strengths for Ge-, Ga-, Zn-, Cu-, Ni-, and Co-like Au ions Jiaolong Zeng

a,b,* ,

Gang Zhao a, Jianmin Yuan

a,b

a b

National Astronomical Observatories, Chinese Academy of Sciences, Beijing 100012, People’s Republic of China Department of Physics, National University of Defense Technology, Changsha 410073, People’s Republic of China Available online 8 December 2006

Abstract Energy levels, oscillator strengths, and electron impact collision strengths have been calculated for Ge-, Ga-, Zn-, Cu-, Ni-, and Co-like Au ions. For Ni-like Au, these atomic data are obtained among the levels belonging to the configurations of ([Ne])3s23p63d10, 3s23p63d9nl, 3s23p53d10nl, and 3s 3p63d10nl (n = 4, 5; l = 0, 1, . . . , n  1). For other Au ions, more levels have been obtained with special attention to atomic data up to transitions of 5f fi 3d for emission or 3d fi 5f for absorption. Configuration interactions are taken into account for all levels included. Collision strengths have been obtained at 20 scattered electron energies (5–40,000 eV) and they are listed at six representative energies of 100, 500, 1000, 5000, 10,000, and 20,000 eV in this work. Effective collision strengths have been obtained by assuming a Maxwellian electron velocity distribution at 10 representative temperatures ranging from 500 to 5000 eV. The present dataset should be adequate for most applications. The energy levels are expected to be accurate to within 0.5%, while oscillator strengths and collision strengths for strong transitions are probably accurate to better than 20%. The complete dataset is available electronically from http://www.astronomy.csdb.cn/EIE/.  2006 Elsevier Inc. All rights reserved.

*

Corresponding author. Fax: +10 731 4574895. E-mail address: [email protected] (J. Zeng).

0092-640X/$ - see front matter  2006 Elsevier Inc. All rights reserved. doi:10.1016/j.adt.2006.10.002

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Contents 1.

Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 200

2.

Theoretical method . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 201

3.

Energy levels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 201

4.

Oscillator strengths and radiative decay rates . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 202

5.

Collision strengths and effective collision strengths . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 203

Explanation of Tables . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 204 Tables 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14.

State definitions and energy levels (in eV) for Ge-like Au. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . State definitions and energy levels (in eV) for Ga-like Au . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . State definitions and energy levels (in eV) for Zn-like Au. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . State definitions and energy levels (in eV) for Cu-like Au. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . State definitions and energy levels (in eV) for Ni-like Au . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . State definitions and energy levels (in eV) for Co-like Au. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Weighted oscillator strengths (gf) and transition probabilities (A) for dipole allowed transitions of Ge-, Ga-, and Zn-like Au ions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Weighted oscillator strengths (gf) and transition probabilities (A) for dipole allowed transitions of Cu-, Ni-, and Co-like Au ions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Collision strengths at six scattered electron energies (100, 500, 1000, 5000, 10,000, and 20,000 eV) for Ge- and Ga-like Au ions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Collision strengths at six scattered electron energies (100, 500, 1000, 5000, 10,000, and 20,000 eV) for Zn- and Cu-like Au ions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Collision strengths at six scattered electron energies (100, 500, 1000, 5000, 10,000, and 20,000 eV) for Ni- and Co-like Au ions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Effective collision strengths at six temperatures (500, 1000, 2000, 3000, 4000, and 5000 eV) for Ge- and Ga-like Au ions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Effective collision strengths at six temperatures (500, 1000, 2000, 3000, 4000, and 5000 eV) for Zn- and Cu-like Au ions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Effective collision strengths at six temperatures (500, 1000, 2000, 3000, 4000, and 5000 eV) for Ni- and Co-like Au ions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1. Introduction Gold is an element of particular interest for indirectly driven inertial confinement fusion, where laser radiation heats the inside of a gold hohlraum producing a plasma that emits intense X rays. The X-ray radiation drives the capsule implosion and influences the resulting fusion yield. As a result, many studies [1–5] have been devoted to the X-ray emission spectra of gold ions and/or plasmas. Ions near the ionization stage of Ni-like Au are of special interest, either for dense plasmas or coronal plasmas. For example, Honda et al. [1] theoretically studied the X-ray spectra of highly charged gold-ion plasma, calculating energies and oscillator strengths for 3d fi 4f transitions for Ni-, Cu-, Zn-, and Ga-like ions. However, they did not give their results in digital form. Foord et al. [2] and Glenzer et al. [3] measured the ionization balance of dense Au plasmas by using X-ray emission spectra. May et al. [4] measured the line emission in Ni- to Kr-like gold ions

206 208 210 212 214 216 218 222 226 234 242 250 258 266

produced in the Livermore electron beam ion traps EBIT-I and EBIT-II. Wong et al. [5] experimentally measured the charge state distribution of a highly ionized Au plasma by using the line emission spectra. The latter two studies concerned Au plasmas in coronal conditions. Most of these investigations have been devoted to the 5f fi 3d line emission (in the photon energy range of 3300– 3700 eV) and the experimental samples were in the plasma state. In addition to the Ni-like Au ion, other ionization stages near Ni-like Au exist in these experiments as well. Furthermore, some work has been devoted to the absorption spectra or radiative opacity of gold ions or plasmas. Cheng et al. [6] simulated the opacities of hot and dense Au plasma in local thermodynamic equilibrium (LTE) by the Monte Carlo method based on the unresolved transition array (UTA) approximation. Yan et al. [7,8] theoretically studied the opacity of gold mixtures in LTE by using the UTA model as well. Their results show that the Rosseland mean opacity of the mixtures will be

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increased compared with pure Au plasmas. Recently, Yang et al. [9] experimentally verified that Rosseland mean opacity of a mixture of gold and gadolinium is higher than that of a pure gold sample. However, in most circumstances, the plasmas are not in LTE. Therefore, it is important to study the radiative property of non-LTE gold plasmas. In nonLTE plasmas, electron impact excitation is an important atomic process to consider. Either for emission or absorption spectra, accurate and complete atomic data are essential to simulate the spectra theoretically. These atomic data include energy levels, spontaneous radiative decay rates (oscillator strengths) and electron impact collision strengths, etc. However, a consistent and complete dataset including electron impact excitation is very much lacking for gold ions near Ni-like Au. For Ni-like Au, these atomic data are also important for X-ray lasers because of the large gain possible in the EUV and X-ray region. Collisionally pumped X-ray lasers in Ni-like ions due to 4d fi 4p transitions in laser produced plasmas of high atomic number elements is a very important approach to realize X-ray lasers and have been demonstrated by various workers [10–14]. It has been proven to be the most successful method to date of producing lasing in the soft X-ray region. In order to demonstrate X-ray lasers with shorter wavelength for holography of biological living cell specimens within the water window, people continue to search for the 4d fi 4p lasers in higher-Z ions. Ni-like Au should be a useful candidate. In the present paper, we give a complete dataset for gold ions near Ni-like Au from Co- to Ge-like. The atomic data include energy levels, spontaneous radiative decay rates (oscillator strengths), and electron impact collision strengths. Special attention has been made to include atomic data up to 5f fi 3d transitions. 2. Theoretical method The calculations of atomic structure and electron impact excitation have been carried out using the Flexible Atomic Code (FAC) developed by Gu [15]. A fully relativistic approach based on the Dirac equation is used throughout the entire software package. In particular, the standard Coulomb–Dirac Hamiltonian is used, which means that the spin–orbit interaction, mass-effect, and other leading relativistic effects are fully treated. However, higher-order QED effects, such as retardation and recoil are only included in the Breit interaction with a zero energy limit for the exchanged photon. Vacuum polarization and self-energy corrections are treated in the screened hydrogenic approximation. In the calculation of atomic structure, the energy levels of an atomic ion are obtained by diagonalizing the relativistic Hamiltonian. An atomic state is approximated by a linear combination of configuration state functions (CSFs) with the same symmetry Ua ðJ pÞ ¼

nc X i

ai ðaÞ/a ðJ pÞ;

ð1Þ

201

where nc is the number of CSFs and ai(a) denotes the representation of the atomic state in this basis. The CSFs are anti-symmetrized products of a common set of orthonormal orbitals which are optimized within the basis of the relativistic Hamiltonian. The radial orbitals are derived from a modified Dirac–Fock–Slater iteration on a fictitious mean configuration with fractional occupation numbers, representing the average electron cloud of the configurations included in the calculation. In this way, we can take into account the screening effect of many configurations involved in the physical processes. This mean configuration is usually obtained by distributing the active electrons in the initial and final states. Therefore the potential used to obtain the wavefunction of the radial orbitals is not optimized to a single configuration. Rather, it is a compromise to accommodate different configurations included in the calculation. In order to reduce the error of level energies due to the use of this less optimized potential, the following correction procedure is applied. Before the potential for the mean configuration is calculated, we obtain an optimized potential for each configuration, and calculate the average energy of the configuration using this potential. The average energy of each configuration is recalculated using the potential optimized for the mean configuration. The difference of the two average energies are then applied as a correction to the states within that configuration after the Hamiltonian is diagonalized. Once the configuration interaction (CI) wavefunctions have been obtained, the radiative transition rates can be calculated in the single multipole approximation with arbitrary ranks. The electron impact excitation has been calculated within the relativistic distorted wave approximation. Special attention has been paid to the long range contributions to the continuum–continuum radial integral by using the phase-amplitude method for the continuum wavefunctions. To ensure the convergence of the collision strengths, large angular momentum contributions (maximum partial waves up to 50) have been explicitly taken into account. Higher partial wave contributions have been included using the Coulomb–Bethe approximation [16]. Using the method described above, we calculated the energy levels, spontaneous radiative decay rates (oscillator strengths), and electron impact collision strengths from Coto Ge-like Au ions. CI has been included in the calculations of atomic structure and collision strengths. For convenience of use, the effective collision strengths have also been obtained at 25 temperatures ranging from 500 to 5000 eV. In this work, results of 10 representative temperatures are given. 3. Energy levels CI plays an important role in the calculation of atomic data. For different ionization stages, different configuration sizes have been included. For Ge-like Au, we have included electron correlations among the configurations of ([Ne]3s2 3p6)3d104s24p2, 3d104s24pnl, 3d104s4p3, 3d104s4p2nl,

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3d104p4, 3d104p3nl, 3d94s24p3, 3d94s24p2nl, 3d94s4p4, and 3d94s4p3nl (n = 4, l = 2, 3; n = 5, l = 0, 1, 2, 3, 4), which result in more than 3000 levels. Similar consideration applies to Ga-like Au. For Zn-like Au, we have included the configurations of 3p63d104s2, 3p63d104snl, 3p63d104p2, 3p63d104pnl, 3p63d104d2, 3p63d104dnl, 3p63d104f2, 3p63d9 4s2nl, 3p63d94s4p2, 3p63d94s4pnl, 3p53d104s2nl, and 3p53d104s4pnl (n = 4, l = 1, 2, 3; n = 5, l = 0, 1, 2, 3, 4). For Cu-like Au, the consideration of the CI effect is similar to that of Zn-like Au, but the excitation of a 3s electron is also allowed. For Ni-like Au, CI among the configurations of 3s23p63d10, 3s23p63d9nl, 3s23p53d10nl, and 3s3p63d10nl (n = 4, 5; l = 0, 1, . . . ,n  1) has been included in the calculation. These configurations give rise to 249 levels in total. For Co-like Au, single electron excitations from the ground configuration 3s23p63d9 to all possible orbitals of n = 4 and 5 and two electron excitations of 3p (one to 3d and another one to n = 4 orbital) have been included. In Tables 1–6, energy levels have been given for Ge-, Ga-, Zn-, Cu-, Ni-, and Co-like Au ions, respectively. Only the lowest 249 levels have been listed. Recently, May et al. [4] experimentally measured X-ray emission spectral lines of Ni-like to Kr-like Au ions under coronal conditions. They identified many lines of these ions with the help of the Hebrew University Lawrence Livermore Atomic Code (HULLAC) [17]. In Table A, we compare our theoretical transition energies with their experimental values and the HULLAC theoretical results,

taking Zn- and Ni-like Au as examples. It can be seen that our results agree well with both the experimental and theoretical data, although they are generally lower than those of HULLAC. The relative difference is less than 0.4% between our theory and the experiment. Comparing the identification by May et al. [4] with the work carried out by Wong et al. [5], one can find that the two experiments have different calibration of the photon energy. The photon energy of the former work is higher than the lat10 ter. Take the line ð3d1 of Ni-like Au as an 3=2 5f 5=2 Þ1  3d example. May et al. [4] determined the transition energy to be 3458.3 eV, however, Wong et al. [5] measured it to be lower than 3450 eV. It is evident that the transition energy determined by May et al. [4] is overestimated by about 10 eV compared to that of Wong et al. [5]. Considering this overestimation, our theoretical results have a closer agreement with the experiment carried out by Wong et al. [5]. 4. Oscillator strengths and radiative decay rates We obtained the oscillator strengths and radiative rates for E1, E2, M1, and M2 transitions among all levels given in the above section. In Tables 7, 8, we present the weighted oscillator strengths gf and transition probability A (in unit of s1) for the strong dipole-allowed (E1) transitions of Co- to Ge-like Au ions with gf values greater than 0.1. The indices used to represent the lower and upper levels

Table A Comparison of the present transition energies DE (in eV) with experimental and other theoretical results obtained using the HULLAC code for Zn- and Ni-like Au [4] Charge state

Transition

Ju–Ji

Present

DEexpt.

Zn-like Zn-like Zn-like Zn-like Zn-like Zn-like Zn-like Zn-like Zn-like Zn-like Ni-like Ni-like Ni-like Ni-like Ni-like Ni-like Ni-like Ni-like Ni-like Ni-like Ni-like Ni-like Ni-like Ni-like Ni-like

2 3d1 5=2 4s 4p1=2 –4s4p1=2 2 3d1 4s 4p3=2 –4s4p3=2 5=2 1 3d3=2 4s2 4p1=2 –4s4p1=2 2 2 3d1 3=2 4s 4p1=2 –4s 1 2 3d3=2 4s 4p3=2 –4s2 2 2 3d1 5=2 4s 4f 7=2 –4s 1 2 3d3=2 4s 4f 5=2 –4s2 2 3p1 1=2 4s 4f 5=2 –4s4f 5=2 1 3d5=2 4s2 5f 7=2 –4s2 2 2 3d1 3=2 4s 5f 5=2 –4s 1 10 3d3=2 4s1=2 –3d 10 3d1 3=2 4p1=2 –3d 1 3d5=2 4p3=2 –3d10 10 3d1 3=2 4p3=2 –3d 10 1 3p3=2 4s1=2 –3d 10 3d1 5=2 4f 7=2 –3d 1 3d3=2 4f 5=2 –3d10 10 3p1 3=2 4d5=2 –3d 10 1 3p3=2 4f 7=2 –3d 10 3d1 5=2 5p3=2 –3d 1 3p1=2 4d3=2 –3d10 10 3d1 5=2 5f 7=2 –3d 10 3d1 5f –3d 3=2 5=2 10 3p1 5s –3d 1=2 3=2 10 3p1 3=2 5d5=2 –3d

2–1 4–2 2–1 1–0 1–0 1–0 1–0 2–3 1–0 1–0 2–0 1–0 1–0 1–0 1–0 1–0 1–0 1–0 2–0 1–0 1–0 1–0 1–0 1–0 1–0

1817.16 1825.48 1909.55 2017.85 2157.37 2476.67 2567.62 2756.19 3302.95 3387.40 1949.72 2061.07 2114.77 2203.91 2375.17 2509.80 2598.44 2823.76 3011.10 3182.27 3223.52 3368.63 3453.45 3573.20 3789.12

1812.9 1827.5 1917.6 2024.2 2159.8 2480.2 2572.8 2761.8 3296.6 3382.7 1954.1 2066.0 2118.6 2205.0 2375.9 2519.9 2603.6 2825.5 3012.4 3173.3 3226.7 3370.6 3458.3 3575.2 3792.0

The experimental errors for the photon energies are given within parenthesis following the entries for DEexpt.

DEHULLAC (4.0) (4.0) (6.0) (1.6) (4.0) (0.5) (0.5) (3.0) (0.5) (0.5) (1.6) (1.6) (1.6) (1.6) (1.6) (0.5) (0.5) (3.0) (1.6) (1.6) (0.7) (0.5) (0.5) (1.6) (1.6)

1818.75 1827.38 1909.35 2019.77 2159.66 2485.09 2574.03 2772.68 3302.42 3387.14 1951.43 2063.65 2117.28 2206.51 2377.58 2512.84 2602.18 2827.82 3015.00 3184.68 3224.19 3370.93 3455.86 3575.66 3792.55

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of a transition have been defined in Tables 1–6. The lower states are restricted to the lowest 30 levels and the upper states to lowest 250 levels in Tables 7 and 8. The atomic data for E2, M1, and M2 transitions are not tabulated here.

203

Acknowledgment This work was supported by the Program for New Century Excellent Talents in University (NCET), the National Natural Science Foundation of China under Grant Nos. 10204024, 10373014, 10474138, and 10433010.

5. Collision strengths and effective collision strengths Appendix A. Supplementary data The electron impact collision strengths have been calculated for transitions among the levels included in the calculation at 20 scattered electron energies ranging from 5 to 40,000 eV. Tables 9–11 list the collision strengths at six representative energies of 100, 500, 1000, 5000, 10,000, and 20,000 eV. The lower states are restricted to the lowest 5 levels and the upper levels to the lowest 100 levels in Tables 9–11. In practical applications, one usually needs the excitation rate coefficients to obtain the populations of levels in statistical equilibrium. The rate coefficients can be obtained from the effective collision strength, which can be obtained by integrating the collision strength over a Maxwellian distribution     Z 1 E E  ij ðT e Þ ¼ Xij ðEÞ exp  d ; ð2Þ kT kT e e 0 where E is the scattered electron energy, k is Boltzmann’s constant, and Te is the electron temperature. We have obtained the effective collision strengths at 10 temperatures in the range of 500–5000 eV. Tables 12–14 present the effective collision strengths at six representative temperatures (500, 1000, 2000, 3000, 4000, and 5000 eV). A complete dataset, including energy levels, oscillator strengths, and transition probabilities for E1, E2, M1, and M2 transitions, collision strengths, and effective collision strengths are available electronically at http://www.astronomy.csdb.cn/EIE/. This dataset should be useful for the analysis of the X-ray emission or absorption spectra of gold plasmas. These atomic data should be especially helpful in the study X-ray lasers using Ni-like Au. The accuracy should be better than 0.5% for the energy levels. For the oscillator strengths and collision strengths, the accuracy should be within 20% for most strong transitions. However, for weak transitions, the results should be less accurate.

Supplementary data associated with this article can be found, in the online version, at doi:10.1016/j.adt. 2006.10.002. References [1] K. Honda, K. Mima, F. Koike, Phys. Rev. E 55 (1997) 4594. [2] M.E. Foord, S.H. Glenzer, R.S. Thoe, K.L. Wong, K.B. Fournier, B.G. Wilson, P.T. Springer, Phys. Rev. Lett. 85 (2000) 992. [3] S.H. Glenzer, K.B. Fournier, B.G. Wilson, R.W. Lee, L.J. Suter, Phys. Rev. Lett. 87 (2001) 045002. [4] M.J. May, K.B. Fournier, P. Beiersdorfer, H. Chen, K.L. Wong, Phys. Rev. E 68 (2003) 036402. [5] K.L. Wong, M.J. May, P. Beiersdorfer, K.B. Fournier, B. Wilson, G.V. Brown, P. Springer, P.A. Neill, C.L. Harris, Phys. Rev. Lett. 90 (2003) 235001. [6] X.L. Cheng, L. Yang, H. Zhang, X.D. Yang, Chin. Phys. Lett. 19 (2002) 931. [7] J. Yan, Y.B. Qiu, Phys. Rev. E 64 (2001) 056401. [8] J. Yan, Z.Q. Wu, Phys. Rev. E 65 (2002) 066401. [9] J.M. Yang, Y. Xu, Y.N. Ding, Y.K. Ding, S.E. Jiang, Z.J. Zheng, W.Y. Miao, Chin. Phys. Lett. 20 (2003) 256. [10] J. Zhang, A.G. MacPhee, J. Lin, E. Wolfrum, R. Smith, C. Danson, M.H. Key, C.L.S. Lewis, D. Neely, J. Nilsen, G.J. Pert, G.J. Tallents, J.S. Wark, Science 276 (1997) 1097. [11] J.Y. Lin, G.J. Tallents, R. Smith, A.G. MacPhee, E. Wolfrum, J. Zhang, G. Eker, R. Keenan, C.L.S. Lewis, D. Neely, R.M.N. O’Rourke, G.J. Pert, S.J. Pestehe, J.S. Wark, J. Appl. Phys. 85 (1999) 672. [12] J. Zhang, P.J. Warwick, E. Wolfrum, M.H. Key, C. Danson, A. Demir, S. Healy, D.H. Kalantar, N.S. Kim, C.L.S. Lewis, J. Lin, A.G. MacPhee, D. Neely, J. Nilsen, G.J. Pert, R. Smith, G.J. Tallents, J.S. Wark, Phys. Rev. A 54 (1996) R4653. [13] S. Basu, P.L. Hagelstein, J.G. Goodberlet, M.H. Muendel, S. Kaushik, Appl. Phys. B 57 (1993) 303. [14] R. Smith, G.J. Tallents, J. Zhang, G. Eker, S. McCabe, G.J. Pert, E. Wolfrum, Phys. Rev. A 59 (1999) R47. [15] M.F. Gu, Astrophys. J. 582 (2003) 1241. [16] A. Burgess, V.B. Sheorey, J. Phys. B 7 (1974) 2403. [17] A. Bar-Shalom, M. Klapisch, J. Oreg, J. Quant. Spectrosc. Radiat. Transf. 71 (2001) 169.

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Explanation of Tables Table 1.

State definitions and energy levels (in eV) for Ge-like Au No. Designation J Energy

Table 2.

State definitions and energy levels (in eV) for Ga-like Au No. Designation J Energy

Table 3.

Number assigned to each level used in Tables 7–14. The configuration and coupling scheme used to define a level. The total angular momentum of the level. Level energy (in eV).

State definitions and energy levels (in eV) for Co-like Au No. Designation J Energy

Table 7.

Number assigned to each level used in Tables 7–14. The configuration and coupling scheme used to define a level. The total angular momentum of the level. Level energy (in eV).

State definitions and energy levels (in eV) for Ni-like Au No. Designation J Energy

Table 6.

Number assigned to each level used in Tables 7–14. The configuration and coupling scheme used to define a level. The total angular momentum of the level. Level energy (in eV).

State definitions and energy levels (in eV) for Cu-like Au No. Designation J Energy

Table 5.

Number assigned to each level used in Tables 7–14. The configuration and coupling scheme used to define a level. The total angular momentum of the level. Level energy (in eV).

State definitions and energy levels (in eV) for Zn-like Au No. Designation J Energy

Table 4.

Number assigned to each level used in Tables 7–14. The configuration and coupling scheme used to define a level. The total angular momentum of the level. Level energy (in eV).

Number assigned to each level used in Tables 7–14. The configuration and coupling scheme used to define a level. The total angular momentum of the level. Level energy (in eV).

Weighted oscillator strengths (gf) and transition probabilities (A) for dipole allowed transitions of Ge-, Ga-, and Zn-like Au ions i, j gf A

The lower (i) and upper (j) levels of a transition as defined in Tables 1–6 for the respective Au ions. Weighted oscillator strengths (dimensionless). Radiative transition probability (in s1).

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Table 8.

Weighted oscillator strengths (gf) and transition probabilities (A) for dipole allowed transitions of Cu-, Ni-, and Co-like Au ions i, j gf A

Table 9.

The lower (i) and upper (j) levels of a transition as defined in Tables 1–6 for the respective Au ions. 500, 1000, 2000, 3000, 4000, and 5000 eV refer to temperatures.

Effective collision strengths at six temperatures (500, 1000, 2000, 3000, 4000, and 5000 eV) for Zn- and Cu-like Au ions i, j

Table 14.

The lower (i) and upper (j) levels of a transition as defined in Tables 1–6 for the respective Au ions. 100, 500, 1000, 5000, 10,000, and 20,000 eV refer to scattered electron energies.

Effective collision strengths at six temperatures (500, 1000, 2000, 3000, 4000, and 5000 eV) for Ge- and Ga-like Au ions i, j

Table 13.

The lower (i) and upper (j) levels of a transition as defined in Tables 1–6 for the respective Au ions. 100, 500, 1000, 5000, 10,000, and 20,000 eV refer to scattered electron energies.

Collision strengths at six scattered electron energies (100, 500, 1000, 5000, 10,000, and 20,000 eV) for Ni- and Co-like Au ions i, j

Table 12.

The lower (i) and upper (j) levels of a transition as defined in Tables 1–6 for the respective Au ions. 100, 500, 1000, 5000, 10,000, and 20,000 eV refer to scattered electron energies.

Collision strengths at six scattered electron energies (100, 500, 1000, 5000, 10,000, and 20,000 eV) for Zn- and Cu-like Au ions i, j

Table 11.

The lower (i) and upper (j) levels of a transition as defined in Tables 1–6 for the respective Au ions. Weighted oscillator strengths (dimensionless). Radiative transition probability (in s1).

Collision strengths at six scattered electron energies (100, 500, 1000, 5000, 10,000, and 20,000 eV) for Ge- and Ga-like Au ions i, j

Table 10.

205

The lower (i) and upper (j) levels of a transition as defined in Tables 1–6 for the respective Au ions. 500, 1000, 2000, 3000, 4000, and 5000 eV refer to temperatures.

Effective collision strengths at six temperatures (500, 1000, 2000, 3000, 4000, and 5000 eV) for Ni- and Co-like Au ions i, j

The lower (i) and upper (j) levels of a transition as defined in Tables 1–6 for the respective Au ions. 500, 1000, 2000, 3000, 4000, and 5000 eV refer to temperatures.

206

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 1 State definitions and energy levels (in eV) for Ge-like Au. See page 204 for Explanation of Tables No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63

Designation

J

Energy

ð½NiÞ4s2 ð4p21=2 Þ0 4s24p1/24p3/2 4s24p1/24p3/2 4s1=2 4p21=2 4p3=2 4s1=2 4p21=2 4p3=2 4s2 ð4p23=2 Þ2 4s2 ð4p23=2 Þ0 4s24p1/24d3/2 4s24p1/24d3/2 4s24p1/24d5/2 4s24p1/24d5/2 ð4s1=2 4p1=2 Þ0 ð4p23=2 Þ2 ð4s1=2 4p1=2 Þ1 ð4p23=2 Þ2 ð4s1=2 4p1=2 Þ0 ð4p23=2 Þ0 ð4s1=2 4p1=2 Þ1 ð4p23=2 Þ0 ð4s1=2 4p1=2 Þ1 ð4p23=2 Þ2 ð4s1=2 4p1=2 Þ1 ð4p23=2 Þ2 4s1=2 4p21=2 4d3=2 4s1=2 4p21=2 4d3=2 4s1=2 4p21=2 4d5=2 4p21=2 4p3=2 4d3=2 4p21=2 4p3=2 4d3=2 4p21=2 4p3=2 4d3=2 4p21=2 4p3=2 4d3=2 4s1=2 4p21=2 4d5=2 4p21=2 4p3=2 4d5=2 4p21=2 4p3=2 4d5=2 4p21=2 4p3=2 4d5=2 4p21=2 4p3=2 4d5=2 4p21=2 ð4p23=2 Þ2 4p21=2 ð4p23=2 Þ0 4s1=2 4p33=2 4s24p1/24f5/2 4s24p1/24f5/2 ((4s1/24p1/2)04p3/2)3/24d3/2 ((4s1/24p1/2)04p3/2)3/24d3/2 ((4s1/24p1/2)04p3/2)3/24d3/2 4s24p1/24f7/2 4s24p1/24f7/2 4s1=2 4p33=2 4s24p1/24f7/2 ((4s1/24p1/2)14p3/2)5/24d3/2 ((4s1/24p1/2)14p3/2)3/24d3/2 ((4s1/24p1/2)14p3/2)5/24d3/2 ((4s1/24p1/2)04p3/2)3/24d5/2 ((4s1/24p1/2)14p3/2)5/24d3/2 ((4s1/24p1/2)14p3/2)5/24d3/2 ((4s1/24p1/2)14p3/2)1/24d3/2 ((4s1/24p1/2)14p3/2)3/24d3/2 ((4s1/24p1/2)14p3/2)5/24d5/2 ((4s1/24p1/2)04p3/2)3/24d5/2 ((4s1/24p1/2)14p3/2)3/24d3/2 ((4s1/24p1/2)14p3/2)3/24d5/2 ((4s1/24p1/2)14p3/2)3/24d5/2 ((4s1/24p1/2)14p3/2)1/24d3/2 ((4s1/24p1/2)14p3/2)5/24d5/2 ((4s1/24p1/2)14p3/2)3/24d3/2 ((4s1/24p1/2)14p3/2)5/24d5/2 ((4s1/24p1/2)14p3/2)5/24d5/2 ((4s1/24p1/2)04p3/2)3/24d5/2 ((4s1/24p1/2)14p3/2)1/24d5/2 ((4s1/24p1/2)14p3/2)3/24d5/2 ((4s1/24p1/2)14p3/2)3/24d5/2

0 1 2 2 1 2 0 2 1 2 3 2 3 0 1 2 1 1 2 3 2 1 3 0 2 4 2 3 1 2 0 2 3 2 0 1 2 3 4 1 3 4 2 3 4 1 2 1 3 5 2 1 3 1 2 3 0 4 2 1 3 4 1

0.00 131.00 135.90 240.99 257.70 270.96 282.67 303.28 325.30 341.47 342.69 370.75 379.32 386.05 393.76 395.55 398.00 413.95 418.05 450.24 453.93 455.85 455.91 456.40 459.43 470.21 474.59 491.97 495.05 506.84 515.16 525.94 527.76 534.92 535.37 535.55 537.65 538.12 540.95 541.81 543.45 551.66 560.08 561.68 562.69 563.41 563.70 565.93 569.59 574.23 576.32 577.32 582.66 587.76 588.92 589.24 589.96 593.49 593.93 599.59 600.15 601.67 608.72

Table 1 (continued) No.

Designation

J

Energy

64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128

((4s1/24p1/2)14p3/2)1/24d5/2 ((4s1/24p1/2)14p3/2)5/24d5/2 ((4s1/24p1/2)14p3/2)1/24d5/2 ((4s1/24p1/2)14p3/2)3/24d5/2 4s1=2 4p21=2 4f 5=2 4s1=2 4p21=2 4f 5=2 4p1=2 4p33=2 4p1=2 4p33=2 4s1=2 4p21=2 4f 7=2 4s1=2 4p21=2 4f 7=2 4s24p3/24f5/2 4s24p3/24f5/2 4s24p3/24f5/2 4s24p3/24f5/2 4p21=2 4p3=2 4d3=2 4s24p3/24f7/2 4p21=2 4p3=2 4d3=2 4s24p3/24f7/2 4p21=2 4p3=2 4d3=2 4p21=2 4p3=2 4d3=2 4s24p3/24f7/2 4s24p3/24f7/2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4d3=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4d3=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4d3=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4d3=2 4p21=2 4p3=2 4d5=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4d5=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4d5=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4d5=2 ð4s1=2 ð4p23=2 Þ0 Þ1=2 4d3=2 4p21=2 4p3=2 4d5=2 ð4s1=2 ð4p23=2 Þ0 Þ1=2 4d3=2 ð4s1=2 ð4p23=2 Þ2 Þ3=2 4d3=2 ð4s1=2 ð4p23=2 Þ2 Þ3=2 4d3=2 4p21=2 4p3=2 4d5=2 ð4s1=2 ð4p23=2 Þ2 Þ3=2 4d3=2 ð4s1=2 ð4p23=2 Þ2 Þ3=2 4d3=2 4p21=2 4p3=2 4d5=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4d5=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4d5=2 ð4s1=2 ð4p23=2 Þ0 Þ1=2 4d5=2 ð4s1=2 ð4p23=2 Þ2 Þ3=2 4d5=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4d5=2 ð4s1=2 ð4p23=2 Þ0 Þ1=2 4d5=2 ð4s1=2 ð4p23=2 Þ2 Þ3=2 4d5=2 ð4s1=2 ð4p23=2 Þ2 Þ3=2 4d5=2 ((4s1/24p1/2)04p3/2)3/24f5/2 ((4s1/24p1/2)04p3/2)3/24f5/2 ð4s1=2 ð4p23=2 Þ2 Þ3=2 4d5=2 ((4s1/24p1/2)04p3/2)3/24f5/2 ((4s1/24p1/2)04p3/2)3/24f5/2 ((4s1/24p1/2)04p3/2)3/24f7/2 ((4s1/24p1/2)14p3/2)5/24f5/2 ((4s1/24p1/2)04p3/2)3/24f7/2 ((4s1/24p1/2)14p3/2)5/24f5/2 ((4s1/24p1/2)14p3/2)5/24f5/2 ((4s1/24p1/2)14p3/2)5/24f5/2 ((4s1/24p1/2)04p3/2)3/24f7/2 ((4s1/24p1/2)04p3/2)3/24f7/2 ((4s1/24p1/2)14p3/2)5/24f5/2 ((4s1/24p1/2)14p3/2)5/24f5/2 ((4s1/24p1/2)14p3/2)5/24f7/2 ((4s1/24p1/2)14p3/2)5/24f7/2 ((4s1/24p1/2)14p3/2)5/24f7/2

2 0 3 2 3 2 2 1 4 3 3 4 2 1 2 3 0 5 1 3 4 2 1 2 3 4 4 0 4 5 1 2 2 0 3 3 1 2 1 1 3 3 4 2 2 3 1 3 2 2 4 1 5 4 3 5 3 2 4 2 1 0 6 4 3

609.45 610.82 610.82 614.71 641.62 642.25 650.43 651.10 651.90 655.28 665.72 670.81 670.99 673.50 675.24 677.73 678.14 678.43 679.94 682.73 685.36 687.90 689.84 689.84 692.61 700.26 704.83 708.53 709.23 709.38 710.27 710.29 717.36 722.93 723.11 723.37 723.66 725.16 726.48 726.95 727.76 734.79 738.38 738.83 745.89 750.17 753.78 761.37 763.30 764.00 765.04 765.25 770.93 771.95 774.05 775.94 776.72 779.93 780.75 781.42 782.08 783.08 783.22 784.35 784.61

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273 Table 1 (continued)

207

Table 1 (continued)

No.

Designation

J

Energy

No.

Designation

J

Energy

129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192

((4s1/24p1/2)14p3/2)5/24f7/2 ((4s1/24p1/2)14p3/2)1/24f5/2 ((4s1/24p1/2)14p3/2)5/24f7/2 ((4s1/24p1/2)14p3/2)3/24f5/2 ((4s1/24p1/2)14p3/2)5/24f7/2 ((4s1/24p1/2)14p3/2)3/24f5/2 ((4s1/24p1/2)14p3/2)3/24f5/2 ((4s1/24p1/2)14p3/2)5/24f7/2 ((4s1/24p1/2)14p3/2)3/24f5/2 ((4s1/24p1/2)14p3/2)1/24f7/2 ((4s1/24p1/2)14p3/2)3/24f7/2 ((4s1/24p1/2)14p3/2)3/24f7/2 ((4s1/24p1/2)14p3/2)3/24f7/2 ((4s1/24p1/2)14p3/2)3/24f7/2 ð4p43=2 Þ0 ð4p1=2 ð4p23=2 Þ2 Þ3=2 4d3=2 ð4p1=2 ð4p23=2 Þ2 Þ3=2 4d3=2 ð4p1=2 ð4p23=2 Þ2 Þ3=2 4d3=2 ((4s1/24p1/2)14p3/2)1/24f7/2 ð4p1=2 ð4p23=2 Þ2 Þ5=2 4d3=2 ð4p1=2 ð4p23=2 Þ2 Þ5=2 4d3=2 ð4p1=2 ð4p23=2 Þ0 Þ1=2 4d3=2 ð4p1=2 ð4p23=2 Þ2 Þ5=2 4d3=2 ð4p1=2 ð4p23=2 Þ2 Þ5=2 4d3=2 ð4p1=2 ð4p23=2 Þ2 Þ3=2 4d5=2 ð4p1=2 ð4p23=2 Þ2 Þ3=2 4d5=2 ð4p1=2 ð4p23=2 Þ2 Þ3=2 4d3=2 ð4p1=2 ð4p23=2 Þ2 Þ5=2 4d5=2 ð4p1=2 ð4p23=2 Þ2 Þ3=2 4d5=2 ð4p1=2 ð4p23=2 Þ2 Þ5=2 4d5=2 ð4p1=2 ð4p23=2 Þ2 Þ5=2 4d5=2 ð4p1=2 ð4p23=2 Þ0 Þ1=2 4d3=2 ð4p1=2 ð4p23=2 Þ0 Þ1=2 4d5=2 ð4p1=2 ð4p23=2 Þ0 Þ1=2 4d5=2 ð4p1=2 ð4p23=2 Þ2 Þ3=2 4d5=2 ð4p1=2 ð4p23=2 Þ2 Þ5=2 4d5=2 ð4p1=2 ð4p23=2 Þ2 Þ5=2 4d5=2 ð4p1=2 ð4p23=2 Þ2 Þ5=2 4d5=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4f 5=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4f 5=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4f 5=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4f 5=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4f 7=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4f 5=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4f 7=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4f 5=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4f 7=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4f 7=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4f 7=2 ð4s1=2 ð4p23=2 Þ2 Þ5=2 4f 7=2 ð4s1=2 ð4p23=2 Þ2 Þ3=2 4f 5=2 ð4s1=2 ð4p23=2 Þ2 Þ3=2 4f 5=2 ð4s1=2 ð4p23=2 Þ0 Þ1=2 4f 7=2 ð4s1=2 ð4p23=2 Þ2 Þ3=2 4f 5=2 ð4s1=2 ð4p23=2 Þ0 Þ1=2 4f 5=2 ð4s1=2 ð4p23=2 Þ0 Þ1=2 4f 5=2 ð4s1=2 ð4p23=2 Þ2 Þ3=2 4f 5=2 ð4s1=2 ð4p23=2 Þ2 Þ3=2 4f 7=2 ð4s1=2 ð4p23=2 Þ2 Þ3=2 4f 7=2 ð4s1=2 ð4p23=2 Þ0 Þ1=2 4f 7=2 ð4s1=2 ð4p23=2 Þ2 Þ3=2 4f 7=2 ð4s1=2 ð4p23=2 Þ2 Þ3=2 4f 7=2 4p33=2 4d3=2 4p33=2 4d3=2

3 2 5 4 2 2 3 1 1 4 5 4 3 2 0 1 0 2 3 3 4 2 1 2 3 4 3 4 1 5 0 1 2 3 2 1 3 2 3 2 4 1 5 0 6 5 3 1 2 4 2 3 4 1 3 2 4 4 5 3 2 3 0 1

789.29 789.77 789.78 790.68 791.97 794.40 794.52 795.21 797.99 799.31 800.42 801.94 803.49 804.64 805.16 805.45 806.00 806.81 807.10 813.14 821.23 824.30 829.58 831.93 833.37 837.41 839.70 841.15 843.31 843.73 846.77 847.40 853.68 855.88 862.48 866.49 868.60 871.93 907.88 908.84 909.41 910.87 911.74 912.68 914.16 916.50 921.66 922.34 923.20 923.91 928.43 932.30 934.38 934.86 935.11 935.93 939.12 942.30 942.46 944.72 945.34 949.03 957.51 965.55

193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250

4p33=2 4d3=2 4p33=2 4d3=2 4p33=2 4d5=2 4p33=2 4d5=2 4p33=2 4d5=2 4s24p1/25s1/2 4s24p1/25s1/2 4p33=2 4d5=2 4s24p1/25p1/2 4s24p1/25p1/2 4s24p1/25p3/2 4s24p1/25p3/2 4s24p3/25s1/2 4s24p3/25s1/2 4s24p3/25p1/2 4s24p3/25p1/2 4s24p1/25d3/2 4s24p1/25d3/2 4s24p1/25d5/2 4s24p1/25d5/2 4s24p3/25p3/2 4s24p3/25p3/2 4s24p3/25p3/2 4s24p3/25p3/2 4s24p1/25f5/2 4s24p1/25f5/2 4s24p1/25f7/2 4s24p1/25f7/2 4s24p3/25d3/2 4s24p3/25d3/2 4s24p3/25d3/2 4s24p3/25d3/2 4s24p3/25d5/2 4s24p3/25d5/2 4s24p3/25d5/2 4s24p1/25g7/2 4s24p1/25g7/2 4s24p1/25g9/2 4s24p1/25g9/2 4s24p3/25d5/2 4s24p3/25f5/2 4s24p3/25f5/2 4s24p3/25f5/2 4s24p3/25f5/2 4s24p3/25f7/2 4s24p3/25f7/2 4s24p3/25f7/2 4s24p3/25f7/2 4s24p3/25g7/2 4s24p3/25g9/2 4s24p3/25g7/2 4s24p3/25g9/2 4s24p3/25g9/2 4s24p3/25g7/2 4s24p3/25g7/2 4s24p3/25g9/2 3d55=2 4s2 4p3=2 3d55=2 4s2 4p3=2

2 3 4 2 3 0 1 1 1 0 1 2 2 1 1 2 2 1 2 3 3 1 2 0 3 2 3 4 2 3 1 0 3 4 2 4 3 4 5 1 3 2 4 1 3 4 5 2 4 5 3 4 6 2 5 3 4 2

976.10 976.99 984.77 985.83 992.49 1015.96 1016.99 1017.47 1069.74 1077.64 1135.75 1136.39 1155.27 1157.25 1212.05 1212.89 1217.75 1219.77 1232.18 1232.64 1272.70 1272.98 1277.38 1284.69 1316.27 1317.28 1320.92 1321.12 1356.17 1358.70 1358.83 1360.71 1370.82 1370.96 1371.18 1371.34 1374.12 1374.80 1374.96 1375.46 1453.88 1455.94 1456.52 1458.46 1459.46 1459.57 1460.52 1463.44 1509.12 1510.83 1511.83 1512.54 1513.04 1514.69 1515.93 1518.50 2023.63 2025.64

208

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 2 State definitions and energy levels (in eV) for Ga-like Au. See page 204 for Explanation of Tables No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63

Designation

J

Energy

([Ni])4s24p1/2 4s1=2 4p21=2 4s24p3/2 (4s1/24p1/2)04p3/2 (4s1/24p1/2)14p3/2 (4s1/24p1/2)14p3/2 (4s1/24p1/2)14p3/2 4s24d3/2 4s24d5/2 4p21=2 4p3=2 4s1=2 ð4p23=2 Þ2 4s1=2 ð4p23=2 Þ0 4s1=2 ð4p23=2 Þ2 (4s1/24p1/2)04d3/2 (4s1/24p1/2)14d3/2 (4s1/24p1/2)14d3/2 (4s1/24p1/2)14d3/2 (4s1/24p1/2)04d5/2 (4s1/24p1/2)14d5/2 (4s1/24p1/2)14d5/2 (4s1/24p1/2)14d5/2 4p1=2 ð4p23=2 Þ2 4p1=2 ð4p23=2 Þ2 4p1=2 ð4p23=2 Þ0 4s24f5/2 4s24d3/2 4s24f7/2 (4s1/24p3/2)24d3/2 (4s1/24p3/2)24d3/2 (4s1/24p3/2)24d3/2 (4s1/24p3/2)24d3/2 4s24d5/2 (4s1/24p3/2)24d5/2 (4s1/24p3/2)14d3/2 (4s1/24p3/2)14d3/2 (4s1/24p3/2)24d5/2 (4s1/24p3/2)14d3/2 (4s1/24p3/2)24d5/2 (4s1/24p3/2)24d5/2 (4s1/24p3/2)14d5/2 (4s1/24p3/2)24d5/2 (4s1/24p3/2)14d5/2 (4s1/24p3/2)14d5/2 (4s1/24p1/2)04f5/2 (4s1/24p1/2)14f5/2 (4s1/24p1/2)04f7/2 (4s1/24p1/2)14f5/2 (4s1/24p1/2)14f5/2 (4s1/24p1/2)14f7/2 (4s1/24p1/2)14f7/2 (4s1/24p1/2)14f7/2 4p33=2 (4p1/24p3/2)24d3/2 (4p1/24p3/2)14d3/2 (4p1/24p3/2)14d3/2 (4p1/24p3/2)24d3/2 (4p1/24p3/2)24d3/2 (4p1/24p3/2)24d3/2 (4p1/24p3/2)14d3/2 (4p1/24p3/2)14d5/2 (4p1/24p3/2)24d5/2 (4p1/24p3/2)24d5/2 (4p1/24p3/2)24d5/2

1/2 1/2 3/2 3/2 5/2 3/2 1/2 3/2 5/2 3/2 5/2 1/2 3/2 3/2 5/2 1/2 3/2 5/2 7/2 5/2 3/2 3/2 5/2 1/2 5/2 3/2 7/2 1/2 3/2 5/2 7/2 5/2 9/2 3/2 1/2 5/2 5/2 3/2 7/2 7/2 1/2 3/2 5/2 5/2 7/2 7/2 5/2 3/2 9/2 7/2 5/2 3/2 5/2 3/2 1/2 7/2 3/2 1/2 5/2 7/2 9/2 3/2 5/2

0.00 110.14 139.11 233.86 243.52 257.02 259.72 319.79 345.86 368.47 381.30 398.67 402.63 405.69 414.52 430.00 431.45 444.31 450.95 458.07 460.04 506.23 506.29 514.73 533.06 535.17 541.95 554.76 554.84 555.29 560.38 571.37 571.49 572.83 583.46 585.33 585.69 591.91 593.18 604.68 607.05 612.80 616.86 629.15 635.06 639.04 640.95 642.46 647.17 648.81 650.60 659.12 663.27 665.52 665.58 673.76 684.78 687.24 687.75 694.46 697.81 701.48 702.80

Table 2 (continued) No.

Designation

J

Energy

64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128

(4p1/24p3/2)24d5/2 (4p1/24p3/2)14d5/2 (4p1/24p3/2)14d5/2 (4p1/24p3/2)24d5/2 4s1=2 ð4d23=2 Þ2 4s1=2 ð4d23=2 Þ2 4s1=2 ð4d23=2 Þ0 (4s1/24d3/2)14d5/2 (4s1/24d3/2)14d5/2 (4s1/24d3/2)24d5/2 (4s1/24d3/2)14d5/2 (4s1/24d3/2)24d5/2 (4s1/24d3/2)24d5/2 (4s1/24d3/2)24d5/2 (4s1/24p3/2)24f5/2 (4s1/24p3/2)24f7/2 (4s1/24p3/2)24f5/2 (4s1/24p3/2)24f5/2 (4s1/24p3/2)24f7/2 (4s1/24p3/2)24f5/2 (4s1/24p3/2)24f7/2 (4s1/24d3/2)24d5/2 4s1=2 ð4d25=2 Þ4 (4s1/24p3/2)24f7/2 (4s1/24p3/2)14f5/2 (4s1/24p3/2)24f7/2 (4s1/24p3/2)14f7/2 (4s1/24p3/2)14f5/2 4s1=2 ð4d25=2 Þ4 4s1=2 ð4d25=2 Þ2 (4s1/24p3/2)14f7/2 4s1=2 ð4d25=2 Þ4 (4s1/24p3/2)14f7/2 4s1=2 ð4d25=2 Þ2 4s1=2 ð4d25=2 Þ0 4s1=2 ð4d25=2 Þ4 ð4p23=2 Þ2 4d3=2 ð4p23=2 Þ2 4d3=2 ð4p23=2 Þ2 4d3=2 ð4p23=2 Þ2 4d3=2 ð4p23=2 Þ0 4d3=2 ð4p23=2 Þ2 4d5=2 ð4p23=2 Þ2 4d5=2 ð4p23=2 Þ2 4d5=2 ð4p23=2 Þ0 4d5=2 ð4p23=2 Þ2 4d5=2 ð4p23=2 Þ2 4d5=2 4s25s1/2 4s25p1/2 4s25p3/2 4s25d3/2 4s25d5/2 4s25f5/2 4s25f7/2 4s25g7/2 4s25g9/2 3d55=2 4s2 4p21=2 3d33=2 4s2 4p21=2 ð3d55=2 4s2 4p1=2 Þ2 4p3=2 ð3d55=2 4s2 4p1=2 Þ3 4p3=2 ð3d55=2 4s2 4p1=2 Þ3 4p3=2 ð3d55=2 4s2 4p1=2 Þ3 4p3=2 ð3d55=2 4s2 4p1=2 Þ2 4p3=2 ð3d55=2 4s2 4p1=2 Þ2 4p3=2 ð3d55=2 4s2 4p1=2 Þ2 4p3=2

7/2 5/2 3/2 1/2 3/2 5/2 1/2 7/2 5/2 9/2 3/2 7/2 3/2 5/2 7/2 9/2 1/2 5/2 11/2 3/2 7/2 1/2 9/2 5/2 5/2 3/2 7/2 3/2 7/2 5/2 9/2 9/2 5/2 3/2 1/2 7/2 3/2 5/2 1/2 7/2 3/2 9/2 7/2 1/2 5/2 3/2 5/2 1/2 1/2 3/2 3/2 5/2 5/2 7/2 7/2 9/2 5/2 3/2 7/2 3/2 5/2 9/2 3/2 5/2 1/2

715.16 718.02 718.57 719.49 733.28 739.34 746.90 756.90 760.10 760.87 763.86 766.08 769.63 770.97 773.12 773.59 774.64 776.08 776.70 776.92 777.57 779.59 781.74 782.91 789.40 790.79 793.11 793.71 794.88 796.41 797.84 804.50 809.23 809.83 811.57 814.37 818.67 825.16 826.01 835.03 839.55 842.49 843.13 848.81 855.58 868.66 872.23 1037.88 1094.03 1158.54 1240.47 1254.48 1337.29 1341.63 1390.55 1392.27 1908.48 1999.97 2040.48 2043.70 2044.55 2045.87 2048.22 2048.80 2048.87

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273 Table 2 (continued)

209

Table 2 (continued)

No.

Designation

J

Energy

No.

Designation

J

Energy

129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192

ð3d55=2 4s2 4p1=2 Þ3 4p3=2 ð3d33=2 4s2 4p1=2 Þ2 4p3=2 ð3d33=2 4s2 4p1=2 Þ2 4p3=2 ð3d33=2 4s2 4p1=2 Þ2 4p3=2 ð3d33=2 4s2 4p1=2 Þ2 4p3=2 ð3d33=2 4s2 4p1=2 Þ1 4p3=2 ð3d33=2 4s2 4p1=2 Þ1 4p3=2 ð3d33=2 4s2 4p1=2 Þ1 4p3=2 ð3d55=2 4s1=2 Þ3 4p21=2 4p3=2 ð3d55=2 4s1=2 Þ2 4p21=2 4p3=2 ð3d55=2 4s1=2 Þ2 4p21=2 4p3=2 ð3d55=2 4s1=2 Þ3 4p21=2 4p3=2 ð3d55=2 4s1=2 Þ2 4p21=2 4p3=2 ð3d55=2 4s1=2 Þ2 4p21=2 4p3=2 ð3d55=2 4s1=2 Þ3 4p21=2 4p3=2 ð3d55=2 4s1=2 Þ3 4p21=2 4p3=2 3d55=2 4s2 ð4p23=2 Þ2 3d55=2 4s2 ð4p23=2 Þ2 3d55=2 4s2 ð4p23=2 Þ2 3d55=2 4s2 ð4p23=2 Þ2 3d55=2 4s2 ð4p23=2 Þ2 3d55=2 4s2 ð4p23=2 Þ0 ð3d55=2 4s2 4p1=2 Þ2 4d3=2 ð3d55=2 4s2 4p1=2 Þ2 4d3=2 ð3d55=2 4s2 4p1=2 Þ3 4d3=2 ð3d55=2 4s2 4p1=2 Þ2 4d3=2 ð3d55=2 4s2 4p1=2 Þ3 4d3=2 ð3d55=2 4s2 4p1=2 Þ3 4d3=2 ð3d55=2 4s2 4p1=2 Þ2 4d3=2 ð3d55=2 4s2 4p1=2 Þ3 4d3=2 ð3d33=2 4s1=2 Þ1 4p21=2 4p3=2 ð3d33=2 4s1=2 Þ1 4p21=2 4p3=2 ð3d33=2 4s1=2 Þ2 4p21=2 4p3=2 ð3d33=2 4s1=2 Þ1 4p21=2 4p3=2 ð3d55=2 4s2 4p1=2 Þ2 4d5=2 ð3d55=2 4s2 4p1=2 Þ2 4d5=2 ð3d55=2 4s2 4p1=2 Þ3 4d5=2 ð3d55=2 4s2 4p1=2 Þ3 4d5=2 ð3d55=2 4s2 4p1=2 Þ2 4d5=2 ð3d55=2 4s2 4p1=2 Þ3 4d5=2 ð3d55=2 4s2 4p1=2 Þ2 4d5=2 ð3d55=2 4s2 4p1=2 Þ2 4d5=2 ð3d55=2 4s2 4p1=2 Þ3 4d5=2 ð3d55=2 4s2 4p1=2 Þ3 4d5=2 ð3d33=2 4s1=2 Þ2 4p21=2 4p3=2 ð3d33=2 4s1=2 Þ2 4p21=2 4p3=2 ð3d33=2 4s1=2 Þ2 4p21=2 4p3=2 ð3d55=2 4s2 4p1=2 Þ3 4d5=2 3d33=2 4s2 ð4p23=2 Þ2 3d33=2 4s2 ð4p23=2 Þ2 3d33=2 4s2 ð4p23=2 Þ2 3d33=2 4s2 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ5=2 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ5=2 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 ð4p23=2 Þ2 3d33=2 4s2 ð4p23=2 Þ0 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ3=2 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ3=2 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ3=2 ð4p23=2 Þ2

7/2 1/2 3/2 5/2 7/2 1/2 5/2 3/2 9/2 5/2 3/2 7/2 1/2 7/2 3/2 5/2 9/2 7/2 1/2 5/2 3/2 5/2 1/2 3/2 9/2 5/2 7/2 3/2 7/2 5/2 1/2 3/2 7/2 5/2 1/2 9/2 3/2 11/2 5/2 7/2 7/2 3/2 5/2 9/2 1/2 5/2 3/2 1/2 3/2 1/2 7/2 5/2 9/2 7/2 1/2 5/2 3/2 3/2 11/2 9/2 1/2 7/2 3/2 5/2

2050.51 2128.67 2133.20 2133.94 2136.47 2138.50 2140.67 2141.46 2148.45 2152.70 2153.14 2153.58 2154.70 2168.26 2168.77 2171.91 2185.71 2185.84 2187.11 2190.05 2190.52 2200.94 2205.61 2208.84 2210.28 2212.47 2213.35 2232.29 2233.57 2236.27 2238.94 2242.56 2243.00 2244.60 2247.79 2247.80 2248.27 2249.49 2252.50 2253.45 2253.58 2254.17 2254.81 2255.15 2258.01 2260.29 2262.80 2272.31 2275.13 2276.76 2277.18 2277.36 2282.30 2284.50 2286.43 2287.97 2288.15 2290.72 2292.32 2293.11 2295.41 2295.85 2296.68 2297.32

193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250

ð3d33=2 4s2 4p1=2 Þ2 4d3=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ5=2 ð4p23=2 Þ0 ð3d33=2 4s2 4p1=2 Þ1 4d3=2 ð3d33=2 4s2 4p1=2 Þ2 4d3=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 ð4p23=2 Þ0 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 ð4p23=2 Þ0 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ3=2 ð4p23=2 Þ0 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ5=2 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ5=2 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 ð4p23=2 Þ0 ð3d55=2 4s1=2 Þ3 4p21=2 4d3=2 ð3d33=2 4s2 4p1=2 Þ1 4d3=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ5=2 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 ð4p23=2 Þ2 ð3d55=2 4s1=2 Þ2 4p21=2 4d3=2 ð3d55=2 4s1=2 Þ3 4p21=2 4d3=2 ð3d55=2 4s1=2 Þ2 4p21=2 4d3=2 ð3d55=2 4s1=2 Þ3 4p21=2 4d3=2 ð3d33=2 4s2 4p1=2 Þ1 4d3=2 ð3d55=2 4s1=2 Þ2 4p21=2 4d3=2 ð3d55=2 4s1=2 Þ3 4p21=2 4d3=2 ð3d55=2 4s1=2 Þ2 4p21=2 4d3=2 ð3d33=2 4s2 4p1=2 Þ2 4d3=2 ð3d33=2 4s2 4p1=2 Þ2 4d5=2 ð3d33=2 4s2 4p1=2 Þ2 4d5=2 ð3d33=2 4s2 4p1=2 Þ2 4d5=2 ð3d33=2 4s2 4p1=2 Þ2 4d5=2 ð3d33=2 4s2 4p1=2 Þ2 4d5=2 ð3d33=2 4s2 4p1=2 Þ1 4d5=2 ð3d33=2 4s2 4p1=2 Þ1 4d5=2 ð3d33=2 4s2 4p1=2 Þ1 4d5=2 ð3d55=2 4s1=2 Þ3 4p21=2 4d5=2 ð3d55=2 4s1=2 Þ2 4p21=2 4d5=2 ð3d55=2 4s1=2 Þ2 4p21=2 4d5=2 ð3d55=2 4s1=2 Þ3 4p21=2 4d5=2 ð3d33=2 4s2 4p1=2 Þ2 4d3=2 ð3d55=2 4s1=2 Þ3 4p21=2 4d5=2 ð3d55=2 4s1=2 Þ2 4p21=2 4d5=2 ð3d55=2 4s2 4p3=2 Þ4 4d3=2 ð3d55=2 4s2 4p3=2 Þ2 4d3=2 ð3d55=2 4s2 4p3=2 Þ2 4d3=2 ð3d55=2 4s2 4p3=2 Þ4 4d3=2 ð3d55=2 4s2 4p3=2 Þ4 4d3=2 ð3d55=2 4s2 4p3=2 Þ4 4d3=2 ð3d55=2 4s1=2 Þ2 4p21=2 4d5=2 ð3d55=2 4s2 4p3=2 Þ2 4d3=2 ð3d55=2 4s2 4p3=2 Þ1 4d3=2 ð3d55=2 4s1=2 Þ3 4p21=2 4d5=2 ð3d55=2 4s1=2 Þ3 4p21=2 4d5=2 ð3d55=2 4s2 4p3=2 Þ2 4d3=2 ð3d55=2 4s2 4p3=2 Þ3 4d3=2 ð3d55=2 4s2 4p3=2 Þ1 4d3=2 ð3d55=2 4s2 4p3=2 Þ1 4d3=2 ð3d55=2 4s1=2 Þ2 4p21=2 4d5=2 ð3d55=2 4s2 4p3=2 Þ3 4d3=2

7/2 5/2 3/2 5/2 5/2 7/2 3/2 9/2 7/2 5/2 1/2 7/2 3/2 1/2 3/2 3/2 5/2 7/2 5/2 1/2 9/2 5/2 3/2 7/2 5/2 3/2 1/2 3/2 9/2 7/2 5/2 3/2 7/2 5/2 11/2 3/2 1/2 7/2 1/2 9/2 5/2 5/2 3/2 1/2 11/2 9/2 7/2 9/2 7/2 5/2 3/2 5/2 5/2 9/2 3/2 1/2 7/2 3/2

2298.80 2300.98 2302.70 2306.10 2308.39 2309.50 2311.19 2311.53 2312.21 2312.25 2313.40 2313.74 2315.07 2315.12 2315.36 2315.53 2317.72 2319.72 2320.93 2322.13 2322.43 2324.75 2325.53 2326.42 2327.23 2328.09 2336.79 2338.47 2340.38 2341.84 2342.09 2344.02 2345.51 2346.83 2353.44 2355.89 2359.02 2359.07 2359.37 2359.72 2360.41 2361.72 2364.77 2365.03 2365.32 2366.18 2366.21 2366.81 2366.96 2368.30 2369.26 2370.22 2370.29 2370.97 2371.12 2371.35 2371.99 2372.02

210

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 3 State definitions and energy levels (in eV) for Zn-like Au. See page 204 for Explanation of Tables No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63

Designation

J

Energy

ð½NiÞ4s21=2 4s1/24p1/2 4s1/24p1/2 4p21=2 4s1/24p3/2 4s1/24p3/2 4p1/24p3/2 4p1/24p3/2 4s1/24d3/2 4s1/24d3/2 4s1/24d5/2 4s1/24d5/2 4p23=2 4p23=2 4p1/24d3/2 4p1/24d3/2 4p1/24d5/2 4p1/24d5/2 4s1/24f5/2 4s1/24f5/2 4s1/24f7/2 4s1/24f7/2 4p3/24d3/2 4p3/24d3/2 4p3/24d3/2 4p3/24d3/2 4p3/24d5/2 4p3/24d5/2 4p3/24d5/2 4p3/24d5/2 4p1/24f5/2 4p1/24f5/2 4p1/24f7/2 4p1/24f7/2 4d23=2 4d23=2 4d3/24d5/2 4d3/24d5/2 4d3/24d5/2 4d3/24d5/2 4p3/24f5/2 4p3/24f7/2 4p3/24f5/2 4p3/24f5/2 4p3/24f7/2 4p3/24f7/2 4p3/24f5/2 4p3/24f7/2 4d25=2 4d25=2 4d25=2 4d3/24f5/2 4d3/24f5/2 4d3/24f7/2 4d3/24f5/2 4d3/24f7/2 4d3/24f7/2 4d3/24f5/2 4d3/24f7/2 4d5/24f5/2 4d5/24f7/2 4d5/24f5/2 4d5/24f5/2

0 0 1 0 2 1 1 2 1 2 3 2 2 0 2 1 2 3 3 2 4 3 2 0 1 3 4 2 3 1 3 2 3 4 2 0 3 4 2 1 3 4 2 1 5 3 4 2 2 4 0 4 2 4 3 5 3 1 2 4 6 2 3

0.00 98.27 106.40 224.70 239.83 259.05 359.14 360.63 416.88 421.30 446.60 455.06 505.99 513.81 520.04 539.62 560.62 560.62 630.57 631.67 638.36 642.50 670.08 673.52 674.95 678.64 692.56 699.14 714.21 715.76 740.27 746.64 751.62 751.89 841.04 851.00 866.28 867.49 870.96 875.25 883.11 884.75 887.02 888.95 890.66 892.54 892.65 897.23 911.18 913.06 916.05 1043.85 1048.82 1056.78 1056.78 1059.08 1061.82 1064.14 1065.84 1080.78 1081.95 1083.41 1084.08

Table 3 (continued) No.

Designation

J

Energy

64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128

4d5/24f7/2 4d5/24f5/2 4d5/24f5/2 4d5/24f5/2 4d5/24f7/2 4d5/24f7/2 4d5/24f7/2 4d5/24f7/2 4s1/25s1/2 4s1/25s1/2 4s1/25p1/2 4s1/25p1/2 4f 25=2 4f 25=2 4f5/24f7/2 4f5/24f7/2 4f5/24f7/2 4s1/25p3/2 4f5/24f7/2 4s1/25p3/2 4f 25=2 4f5/24f7/2 4f 27=2 4f5/24f7/2 4f 27=2 4f 27=2 4f 27=2 4s1/25d3/2 4s1/25d3/2 4s1/25d5/2 4s1/25d5/2 4s1/25f5/2 4s1/25f5/2 4s1/25f7/2 4s1/25f7/2 4s1/25g7/2 4s1/25g7/2 4s1/25g9/2 4s1/25g9/2 3d55=2 4s2 4p1=2 3d55=2 4s2 4p1=2 3d33=2 4s2 4p1=2 3d33=2 4s2 4p1=2 3d55=2 4s1=2 4p21=2 3d55=2 4s1=2 4p21=2 3d55=2 4s2 4p3=2 3d55=2 4s2 4p3=2 3d55=2 4s2 4p3=2 3d55=2 4s2 4p3=2 3d33=2 4s1=2 4p21=2 3d33=2 4s1=2 4p21=2 3d33=2 4s2 4p3=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ5=2 4p3=2 3d33=2 4s2 4p3=2 3d33=2 4s2 4p3=2 3d33=2 4s2 4p3=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 4p3=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ5=2 4p3=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 4p3=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 4p3=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ3=2 4p3=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 4p3=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 4p3=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ3=2 4p3=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ3=2 4p3=2

4 5 1 0 2 3 5 1 1 0 0 1 4 2 5 4 3 2 6 1 0 2 4 1 6 2 0 1 2 3 2 2 3 4 3 3 4 5 4 2 3 2 1 3 2 4 2 1 3 1 2 0 4 1 3 2 2 3 1 5 2 3 4 1 0

1084.81 1088.85 1089.56 1089.77 1093.52 1098.50 1102.24 1107.35 1153.79 1161.37 1209.91 1210.86 1263.36 1267.55 1270.63 1273.16 1273.39 1275.88 1276.05 1278.16 1278.77 1279.82 1281.44 1282.75 1283.40 1288.80 1303.26 1357.34 1357.93 1371.69 1372.77 1452.96 1453.35 1457.44 1458.18 1502.23 1502.82 1504.04 1507.15 1923.52 1924.55 2013.95 2017.85 2032.09 2034.03 2065.21 2067.46 2069.20 2070.67 2123.92 2125.46 2152.71 2156.65 2157.37 2157.46 2160.34 2161.17 2162.31 2162.45 2167.36 2171.15 2171.17 2171.53 2172.00 2172.93

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273 Table 3 (continued)

211

Table 3 (continued)

No.

Designation

J

Energy

No.

Designation

J

Energy

129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190

ðð3d55=2 4s1=2 Þ3 4p1=2 Þ5=2 4p3=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 4p3=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ3=2 4p3=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 4p3=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 4p3=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 4p3=2 3d55=2 4s2 4d3=2 3d55=2 4s2 4d3=2 3d55=2 4s2 4d3=2 ðð3d33=2 4s1=2 Þ1 4p1=2 Þ3=2 4p3=2 3d55=2 4s2 4d3=2 ðð3d33=2 4s1=2 Þ1 4p1=2 Þ3=2 4p3=2 ðð3d33=2 4s1=2 Þ2 4p1=2 Þ3=2 4p3=2 ðð3d33=2 4s1=2 Þ1 4p1=2 Þ3=2 4p3=2 ðð3d33=2 4s1=2 Þ2 4p1=2 Þ5=2 4p3=2 ðð3d33=2 4s1=2 Þ1 4p1=2 Þ1=2 4p3=2 ðð3d33=2 4s1=2 Þ1 4p1=2 Þ3=2 4p3=2 ðð3d33=2 4s1=2 Þ1 4p1=2 Þ1=2 4p3=2 3d55=2 4s2 4d5=2 3d55=2 4s2 4d5=2 3d55=2 4s2 4d5=2 ðð3d33=2 4s1=2 Þ2 4p1=2 Þ5=2 4p3=2 3d55=2 4s2 4d5=2 ðð3d33=2 4s1=2 Þ2 4p1=2 Þ5=2 4p3=2 3d55=2 4s2 4d5=2 ðð3d33=2 4s1=2 Þ2 4p1=2 Þ3=2 4p3=2 ðð3d33=2 4s1=2 Þ2 4p1=2 Þ5=2 4p3=2 ðð3d33=2 4s1=2 Þ1 4p1=2 Þ1=2 4p3=2 ðð3d33=2 4s1=2 Þ2 4p1=2 Þ3=2 4p3=2 3d55=2 4s2 4d5=2 ð3d55=2 4s1=2 Þ3 ð423=2 Þ2 ð3d55=2 4s1=2 Þ3 ð4p23=2 Þ2 ð3d55=2 4s1=2 Þ2 ð4p23=2 Þ2 ð3d55=2 4s1=2 Þ2 ð4p23=2 Þ2 ð3d55=2 4s1=2 Þ2 ð4p23=2 Þ2 ð3d55=2 4s1=2 Þ2 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ5=2 4d3=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ5=2 4d3=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 4d3=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ5=2 4d3=2 ð3d55=2 4s1=2 Þ3 ð4p23=2 Þ0 ð3d55=2 4s1=2 Þ2 ð4p23=2 Þ0 3d33=2 4s2 4d3=2 3d33=2 4s2 4d3=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ3=2 4d3=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ3=2 4d3=2 ð3d55=2 4s1=2 Þ2 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 4d3=2 ð3d55=2 4s1=2 Þ3 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ3=2 4d3=2 ð3d55=2 4s1=2 Þ3 ð4p23=2 Þ2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ5=2 4d3=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 4d3=2 ð3d55=2 4s1=2 Þ3 ð4p23=2 Þ2 3d33=2 4s2 4d3=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 4d3=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 4d3=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 4d3=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ3=2 4d3=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 4d3=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 4d3=2 3d33=2 4s2 4d5=2

1 4 3 2 3 2 1 4 2 0 3 1 3 2 4 1 3 2 1 5 3 1 2 3 4 0 2 2 1 0 5 4 1 0 3 2 1 2 4 3 3 2 1 3 0 1 4 5 3 2 1 4 3 2 2 2 1 4 3 3 2 1

2183.01 2184.00 2184.68 2185.23 2188.91 2189.25 2237.73 2243.07 2244.49 2245.03 2247.13 2248.31 2251.65 2251.84 2259.80 2260.64 2262.78 2263.20 2267.25 2268.41 2272.58 2273.79 2274.14 2274.24 2274.29 2275.11 2277.62 2279.88 2281.18 2293.65 2309.03 2310.96 2313.03 2313.25 2314.27 2315.33 2320.81 2325.59 2326.31 2328.60 2329.40 2331.45 2332.85 2333.05 2333.22 2334.34 2334.58 2334.68 2334.80 2336.27 2337.19 2337.42 2338.00 2338.47 2339.40 2347.00 2350.94 2351.19 2351.69 2353.56 2355.59 2357.79

191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250

3d33=2 4s2 4d5=2 3d33=2 4p2 4d5=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ5=2 4d5=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 4d5=2 3d33=2 4s2 4d5=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ5=2 4d5=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 4d5=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þp2 4d5=2 ðð3d55=2 4s1=2 p3 4p1=2 Þ7=2 4d5=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ3=2 4d5=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ3=2 4d5=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 4d5=2 ð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 4d5=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 4d5=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ5=2 4d5=2 3d33=2 4s2 4d3=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ3=2 4d5=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 4d5=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ3=2 4d5=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ5=2 4d5=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 4d5=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 4d5=2 ðð3d55=2 4s1=2 Þ2 4p1=2 Þ3=2 4d5=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 4d5=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ5=2 4d5=2 ðð3d55=2 4s1=2 Þ3 4p1=2 Þ7=2 4d5=2 ð3d33=2 4s1=2 Þ1 ð4p23=2 Þ2 ð3d33=2 4s1=2 Þ1 ð4p23=2 Þ2 ð3d33=2 4s1=2 Þ1 ð4p23=2 Þ2 ð3d33=2 4s1=2 Þ2 ð4p23=2 Þ2 ðð3d33=2 4s1=2 Þ1 4p1=2 Þ3=2 4d3=2 ð3d33=2 4s1=2 Þ1 ð4p23=2 Þ2 ðð3d33=2 4s1=2 Þ2 4p1=2 Þ3=2 4d3=2 ð3d33=2 4s1=2 Þ2 ð4p23=2 Þ0 ðð3d33=2 4s1=2 Þ2 4p1=2 Þ3=2 4d3=2 ðð3d33=2 4s1=2 Þ2 4p1=2 Þ5=2 4d3=2 ð3d33=2 4s1=2 Þ1 ð4p23=2 Þ2 ð3d33=2 4s1=2 Þ2 ð4p23=2 Þ2 ð3d33=2 4s1=2 Þ2 ð4p23=2 Þ2 ð3d33=2 4s1=2 Þ2 ð4p23=2 Þ2 ðð3d33=2 4s1=2 Þ1 4p1=2 Þ3=2 4d3=2 ðð3d33=2 4s1=2 Þ2 4p1=2 Þ5=2 4d3=2 ðð3d33=2 4s1=2 Þ2 4p1=2 Þ3=2 4d3=2 ðð3d33=2 4s1=2 Þ1 4p1=2 Þ1=2 4d3=2 3d55=2 4s2 4f 5=2 ðð3d33=2 4s1=2 Þ1 4p1=2 Þ1=2 4d3=2 ðð3d33=2 4s1=2 Þ2 4p1=2 Þ5=2 4d3=2 3p33=2 4s2 4p1=2 3d55=2 4s2 4f 5=2 3p33=2 4s2 4p1=2 ðð3d33=2 4s1=2 Þ1 4p1=2 Þ3=2 4d3=2 ðð3d33=2 4s1=2 Þ2 4p1=2 Þ5=2 4d3=2 3d55=2 4s2 4f 5=2 3d55=2 4s2 4f 5=2 ðð3d33=2 4s1=2 Þ1 4p1=2 Þ3=2 4d5=2 3d55=2 4s2 4f 5=2 3d55=2 4s2 4f 5=2 3d55=2 4s2 4f 7=2 ðð3d33=2 4s1=2 Þ1 4p1=2 Þ3=2 4d5=2 ðð3d3 p3=2 4s1=2 Þ2 4p1=2 Þ3=2 4d5=2

4 2 5 1 3 3 2 4 6 2 1 0 4 5 3 0 4 5 2 1 2 3 3 4 0 1 1 2 4 3 3 1 1 2 2 4 3 2 1 0 2 3 0 1 0 2 3 1 1 2 1 2 5 2 1 3 4 6 2 4

2360.95 2362.62 2363.01 2364.24 2364.55 2368.61 2369.51 2369.71 2369.98 2372.05 2372.67 2373.44 2374.90 2375.44 2375.74 2379.19 2379.66 2380.71 2382.27 2382.97 2383.51 2384.17 2385.48 2385.63 2390.49 2398.49 2400.30 2400.59 2402.30 2402.79 2414.41 2418.72 2419.21 2421.06 2421.96 2424.89 2425.55 2425.73 2426.68 2427.20 2427.86 2431.13 2434.21 2434.57 2441.67 2441.83 2443.86 2444.33 2444.97 2445.24 2446.11 2446.72 2448.78 2450.19 2452.67 2453.44 2454.42 2456.58 2456.73 2457.99

212

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 4 State definitions and energy levels (in eV) for Cu-like Au. See page 204 for Explanation of Tables No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62

Designation

J

Energy

([Ni])4s1/2 4p1/2 4p3/2 4d3/2 4d5/2 4f5/2 4f7/2 5s1/2 5p1/2 5p3/2 5d3/2 5d5/2 5f5/2 5f7/2 5g7/2 5g9/2 3d55=2 4s21=2 3d33=2 4s21=2 ð3d55=2 4s1=2 Þ3 4p1=2 ð3d55=2 4s1=2 Þ3 4p1=2 ð3d55=2 4s1=2 Þ2 4p1=2 ð3d55=2 4s1=2 Þ2 4p1=2 ð3d33=2 4s1=2 Þ1 4p1=2 ð3d33=2 4s1=2 Þ2 4p1=2 ð3d33=2 4s1=2 Þ2 4p1=2 ð3d33=2 4s1=2 Þ1 4p1=2 3d55=2 4p21=2 ð3d55=2 4s1=2 Þ3 4p3=2 ð3d55=2 4s1=2 Þ2 4p3=2 ð3d55=2 4s1=2 Þ2 4p3=2 ð3d55=2 4s1=2 Þ3 4p3=2 ð3d55=2 4s1=2 Þ2 4p3=2 ð3d55=2 4s1=2 Þ2 4p3=2 ð3d55=2 4s1=2 Þ3 4p3=2 ð3d55=2 4s1=2 Þ3 4p3=2 3d33=2 4p21=2 ð3d33=2 4s1=2 Þ1 4p3=2 ð3d33=2 4s1=2 Þ1 4p3=2 ð3d33=2 4s1=2 Þ2 4p3=2 ð3d33=2 4s1=2 Þ1 4p3=2 ð3d33=2 4s1=2 Þ2 4p3=2 ð3d33=2 4s1=2 Þ2 4p3=2 ð3d33=2 4s1=2 Þ2 4p3=2 ð3d55=2 4p1=2 Þ2 4p3=2 ð3d55=2 4p1=2 Þ3 4p3=2 ð3d55=2 4p1=2 Þ2 4p3=2 ð3d55=2 4p1=2 Þ3 4p3=2 ð3d55=2 4p1=2 Þ2 4p3=2 ð3d55=2 4p1=2 Þ3 4p3=2 ð3d55=2 4p1=2 Þ2 4p3=2 ð3d55=2 4p1=2 Þ3 4p3=2 ð3d55=2 4s1=2 Þ3 4d3=2 ð3d55=2 4s1=2 Þ2 4d3=2 ð3d55=2 4s1=2 Þ3 4d3=2 ð3d55=2 4s1=2 Þ2 4d3=2 ð3d55=2 4s1=2 Þ3 4d3=2 ð3d55=2 4s1=2 Þ2 4d3=2 ð3d55=2 4s1=2 Þ3 4d3=2 ð3d55=2 4s1=2 Þ2 4d3=2 ð3d55=2 4s1=2 Þ3 4d5=2 ð3d55=2 4s1=2 Þ2 4d5=2 ð3d55=2 4s1=2 Þ2 4d5=2

1/2 1/2 3/2 3/2 5/2 5/2 7/2 1/2 1/2 3/2 3/2 5/2 5/2 7/2 7/2 9/2 5/2 3/2 5/2 7/2 5/2 3/2 3/2 5/2 3/2 1/2 5/2 9/2 5/2 3/2 7/2 1/2 7/2 3/2 5/2 3/2 1/2 3/2 7/2 5/2 1/2 5/2 3/2 7/2 9/2 3/2 5/2 1/2 3/2 5/2 7/2 3/2 7/2 5/2 1/2 9/2 3/2 7/2 5/2 11/2 3/2 1/2

0.00 110.06 253.23 421.07 451.39 629.56 637.65 1174.34 1228.06 1295.69 1375.74 1390.52 1469.85 1474.52 1516.28 1518.20 1841.47 1932.41 1936.98 1945.23 1945.59 1946.50 2028.25 2036.40 2038.18 2039.30 2062.35 2079.37 2083.95 2084.20 2084.85 2085.46 2101.13 2101.32 2104.94 2154.82 2168.91 2173.09 2173.37 2175.32 2190.53 2192.75 2195.03 2197.39 2199.60 2200.04 2201.02 2201.88 2202.26 2203.39 2204.78 2249.04 2255.22 2256.21 2256.47 2258.12 2260.53 2262.06 2262.69 2282.16 2283.80 2285.29

Table 4 (continued) No.

Designation

J

Energy

63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126

ð3d33=2 4p1=2 Þ2 4p3=2 ð3d55=2 4s1=2 Þ3 4d5=2 ð3d55=2 4s1=2 Þ3 4d5=2 ð3d55=2 4s1=2 Þ2 4d5=2 ð3d33=2 4p1=2 Þ2 4p3=2 ð3d33=2 4p1=2 Þ2 4p3=2 ð3d33=2 4p1=2 Þ2 4p3=2 ð3d33=2 4p1=2 Þ1 4p3=2 ð3d55=2 4s1=2 Þ2 4d5=2 ð3d33=2 4p1=2 Þ1 4p3=2 ð3d55=2 4s1=2 Þ3 4d5=2 ð3d55=2 4s1=2 Þ3 4d5=2 ð3d33=2 4p1=2 Þ1 4p3=2 ð3d55=2 4s1=2 Þ2 4d5=2 ð3d55=2 4s1=2 Þ3 4d5=2 ð3d33=2 4s1=2 Þ1 4d3=2 ð3d33=2 4s1=2 Þ1 4d3=2 ð3d33=2 4s1=2 Þ2 4d3=2 3d55=2 ð4p23=2 Þ2 ð3d33=2 4s1=2 Þ2 4d3=2 3d55=2 ð4p23=2 Þ2 3d55=2 ð4p23=2 Þ2 ð3d55=2 4p1=2 Þ2 4d3=2 ð3d33=2 4s1=2 Þ1 4d3=2 3d55=2 ð4p23=2 Þ2 3d55=2 ð4p23=2 Þ2 ð3d55=2 4p1=2 Þ2 4d3=2 ð3d33=2 4s1=2 Þ2 4d3=2 ð3d55=2 4p1=2 Þ3 4d3=2 ð3d55=2 4p1=2 Þ2 4d3=2 ð3d55=2 4p1=2 Þ3 4d3=2 3p33=2 4s21=2 3d55=2 ð4p23=2 Þ0 ð3d33=2 4s1=2 Þ1 4d5=2 ð3d55=2 4p1=2 Þ3 4d3=2 ð3d55=2 4p1=2 Þ2 4d3=2 ð3d33=2 4s1=2 Þ2 4d5=2 ð3d33=2 4s1=2 Þ1 4d5=2 ð3d33=2 4s1=2 Þ1 4d5=2 ð3d55=2 4p1=2 Þ3 4d3=2 ð3d33=2 4s1=2 Þ2 4d5=2 ð3d33=2 4s1=2 Þ2 4d5=2 ð3d33=2 4s1=2 Þ2 4d5=2 ð3d33=2 4s1=2 Þ2 4d5=2 ð3d55=2 4p1=2 Þ2 4d5=2 ð3d55=2 4p1=2 Þ3 4d5=2 ð3d55=2 4p1=2 Þ2 4d5=2 ð3d55=2 4pp2 Þ3 4d5=2 ð3d33=2 4s1=2 Þ2 4d3=2 ð3d55=2 4p1=2 Þ2 4d5=2 ð3d55=2 4p1=2 Þ3 4d5=2 ð3d55=2 4p1=2 Þ2 4d5=2 ð3d55=2 4p1=2 Þ2 4d5=2 ð3d55=2 4p1=2 Þ3 4d5=2 ð3d55=2 4p1=2 Þ3 4d5=2 ð3d55=2 4p1=2 Þ3 4d5=2 3d33=2 ð4p23=2 Þ2 3d33=2 ð4p23=2 Þ2 3d33=2 ð4p23=2 Þ2 3d33=2 ð4p23=2 Þ2 ð3d33=2 4p1=2 Þ2 4d3=2 ð3d33=2 4p1=2 Þ1 4d3=2 3d33=2 ð4p23=2 Þ0 ð3d33=2 4p1=2 Þ2 4d3=2

1/2 7/2 9/2 5/2 3/2 7/2 5/2 1/2 9/2 5/2 3/2 5/2 3/2 7/2 1/2 5/2 1/2 3/2 9/2 7/2 1/2 7/2 1/2 3/2 5/2 3/2 3/2 5/2 9/2 5/2 7/2 3/2 5/2 3/2 3/2 7/2 9/2 5/2 7/2 5/2 1/2 7/2 3/2 5/2 1/2 3/2 9/2 11/2 1/2 5/2 7/2 3/2 7/2 5/2 9/2 1/2 3/2 1/2 7/2 5/2 7/2 3/2 3/2 5/2

2286.62 2287.78 2288.74 2289.15 2290.47 2290.99 2292.04 2293.03 2293.28 2295.36 2295.83 2296.79 2297.00 2298.31 2312.25 2344.35 2346.15 2347.28 2349.43 2349.60 2349.66 2350.23 2350.83 2352.12 2352.91 2353.55 2354.07 2355.39 2355.98 2358.01 2358.90 2359.28 2362.01 2372.49 2373.23 2376.35 2376.36 2377.75 2379.45 2379.49 2380.24 2385.20 2386.71 2388.68 2393.74 2394.08 2394.92 2396.01 2396.42 2399.31 2399.97 2401.08 2401.56 2401.62 2402.32 2419.82 2439.21 2441.31 2441.71 2442.16 2445.15 2448.94 2452.41 2452.58

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273 Table 4 (continued)

213

Table 4 (continued)

No.

Designation

J

Energy

No.

Designation

J

Energy

127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190

ð3p33=2 4s1=2 Þ2 4p1=2 ð3d55=2 4s1=2 Þ3 4f 5=2 ð3d55=2 4s1=2 Þ3 4f 5=2 ð3d33=2 4p1=2 Þ1 4d3=2 ð3d55=2 4s1=2 Þ2 4f 5=2 ð3d55=2 4s1=2 Þ3 4f 5=2 ð3p33=2 4s1=2 Þ2 4p1=2 ð3d55=2 4s1=2 Þ3 4f 5=2 ð3d55=2 4s1=2 Þ2 4f 5=2 ð3p33=2 4s1=2 Þ1 4p1=2 ð3d55=2 4s1=2 Þ2 4f 5=2 ð3p33=2 4s1=2 Þ1 4p1=2 ð3d55=2 4s1=2 Þ3 4f 5=2 ð3d55=2 4s1=2 Þ3 4f 5=2 ð3d55=2 4s1=2 Þ3 4f 7=2 ð3d55=2 4s1=2 Þ2 4f 5=2 ð3d33=2 4p1=2 Þ1 4d3=2 ð3d55=2 4s1=2 Þ2 4f 5=2 ð3d55=2 4s1=2 Þ2 4f 7=2 ð3d33=2 4p1=2 Þ2 4d3=2 ð3d55=2 4sp2 Þ3 4f 7=2 ð3d55=2 4s1=2 Þ2 4f 7=2 ð3d55=2 4s1=2 Þ3 4f 7=2 ð3d55=2 4s1=2 Þ3 4f 7=2 ð3d55=2 4s1=2 Þ2 4f 7=2 ð3d55=2 4s1=2 Þ3 4f 7=2 ð3d55=2 4s1=2 Þ3 4f 7=2 ð3d55=2 4s1=2 Þ2 4f 7=2 ð3d33=2 4p1=2 Þ2 4d5=2 ð3d33=2 4p1=2 Þ2 4d5=2 ð3d33=2 4p1=2 Þ2 4d5=2 ð3d33=2 4p1=2 Þ2 4d5=2 ð3d33=2 4p1=2 Þ2 4d5=2 ð3d33=2 4p1=2 Þ1 4d5=2 ð3d33=2 4p1=2 Þ1 4d5=2 ð3d55=2 4s1=2 Þ2 4f 7=2 ð3d33=2 4p1=2 Þ1 4d5=2 ð3d55=2 4s1=2 Þ3 4f 7=2 ð3d33=2 4p1=2 Þ2 4d3=2 ð3d55=2 4p3=2 Þ4 4d3=2 ð3d55=2 4p3=2 Þ2 4d3=2 ð3d55=2 4p3=2 Þ3 4d3=2 ð3d55=2 4p3=2 Þ4 4d3=2 ð3d55=2 4p3=2 Þ4 4d3=2 ð3d55=2 4p3=2 Þ1 4d3=2 ð3d55=2 4p3=2 Þ4 4d3=2 ð3d55=2 4p3=2 Þ4 4d3=2 ð3d55=2 4p3=2 Þ3 4d3=2 ð3d55=2 4p3=2 Þ3 4d3=2 ð3d55=2 4p3=2 Þ1 4d3=2 ð3d55=2 4p3=2 Þ2 4d3=2 ð3d55=2 4p3=2 Þ1 4d3=2 ð3d55=2 4p3=2 Þ3 4d3=2 ð3d55=2 4p3=2 Þ3 4d3=2 ð3d55=2 4p3=2 Þ4 4d5=2 ð3d55=2 4p3=2 Þ1 4d5=2 ð3d55=2 4p3=2 Þ1 4d5=2 ð3d55=2 4p3=2 Þ2 4d5=2 ð3d55=2 4p3=2 Þ2 4d5=2 ð3d55=2 4p3=2 Þ3 4d5=2 ð3d55=2 4p3=2 Þ4 4d5=2 ð3d55=2 4p3=2 Þ4 4d5=2 ð3d55=2 4p3=2 Þ3 4d5=2 ð3d55=2 4p3=2 Þ3 4d5=2

3/2 1/2 3/2 1/2 1/2 11/2 5/2 5/2 9/2 3/2 3/2 1/2 7/2 9/2 13/2 5/2 5/2 7/2 5/2 3/2 3/2 11/2 9/2 11/2 7/2 7/2 5/2 9/2 1/2 3/2 9/2 7/2 5/2 3/2 7/2 3/2 5/2 1/2 1/2 5/2 1/2 3/2 9/2 7/2 5/2 7/2 11/2 5/2 3/2 3/2 5/2 1/2 9/2 7/2 13/2 5/2 3/2 9/2 7/2 11/2 7/2 5/2 9/2 1/2

2454.23 2454.79 2457.89 2458.52 2460.23 2461.44 2462.25 2463.07 2463.93 2464.10 2465.09 2465.69 2466.26 2467.37 2467.66 2468.33 2468.41 2469.49 2471.28 2471.97 2473.48 2473.77 2474.86 2476.07 2477.35 2479.52 2480.78 2481.22 2484.48 2485.84 2487.62 2490.09 2490.16 2491.86 2493.03 2494.21 2494.87 2494.88 2502.75 2506.25 2508.96 2509.49 2510.32 2510.37 2514.37 2514.80 2516.24 2517.28 2519.44 2519.67 2519.88 2520.40 2521.49 2523.45 2528.68 2533.80 2534.94 2535.17 2537.13 2537.28 2540.48 2541.77 2542.52 2543.92

191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250

ð3d55=2 4p3=2 Þ1 4d5=2 ð3d55=2 4p3=2 Þ2 4d5=2 ð3d33=2 4s1=2 Þ1 4f 5=2 ð3d33=2 4s1=2 Þ2 4f 5=2 ð3d55=2 4p3=2 Þ4 4d5=2 ð3d33=2 4s1=2 Þ2 4f 5=2 ð3d33=2 4s1=2 Þ2 4f 5=2 ð3d55=2 4p3=2 Þ1 4d5=2 ð3d55=2 4p3=2 Þ1 4d5=2 ð3d55=2 4p3=2 Þ4 4d5=2 ð3d55=2 4p3=2 Þ3 4d5=2 ð3d33=2 4s1=2 Þ1 4f 7=2 ð3d33=2 4s1=2 Þ2 4f 5=2 ð3d33=2 4s1=2 Þ2 4f 5=2 ð3d55=2 4p3=2 Þ3 4d5=2 ð3d55=2 4p3=2 Þ3 4d5=2 ð3d33=2 4s1=2 Þ2 4f 7=2 ð3d55=2 4p1=2 Þ2 4f 5=2 ð3d33=2 4s1=2 Þ2 4f 7=2 ð3d33=2 4s1=2 Þ1 4f 7=2 ð3d33=2 4s1=2 Þ1 4f 7=2 ð3d55=2 4p1=2 Þ2 4f 5=2 ð3d33=2 4s1=2 Þ2 4f 7=2 ð3d33=2 4s1=2 Þ2 4f 7=2 ð3d55=2 4p3=2 Þ4 4d5=2 ð3d55=2 4p1=2 Þ3 4f 5=2 ð3d33=2 4s1=2 Þ2 4f 7=2 ð3d55=2 4p1=2 Þ2 4f 5=2 ð3d55=2 4p1=2 Þ3 4f 5=2 ð3d55=2 4p1=2 Þ2 4f 5=2 ð3d55=2 4p1=2 Þ2 4f 5=2 ð3d55=2 4p1=2 Þ3 4f 5=2 ð3d55=2 4p1=2 Þ3 4f 5=2 ð3d55=2 4p1=2 Þ2 4f 7=2 3p33=2 4p21=2 ð3d55=2 4p1=2 Þ3 4f 5=2 ð3d33=2 4s1=2 Þ2 4f 5=2 ð3d55=2 4p1=2 Þ3 4f 7=2 ð3d55=2 4p1=2 Þ3 4f 7=2 ð3d55=2 4p1=2 Þ3 4f 5=2 ð3d55=2 4p1=2 Þ2 4f 7=2 ð3d33=2 4s1=2 Þ2 4f 5=2 ð3d55=2 4p1=2 Þ2 4f 7=2 ð3d55=2 4p1=2 Þ2 4f 7=2 ð3d55=2 4p1=2 Þ3 4f 7=2 ð3d55=2 4p1=2 Þ2 4f 7=2 ð3d55=2 4p1=2 Þ3 4f 7=2 ð3d55=2 4p1=2 Þ3 4f 7=2 ð3p33=2 4s1=2 Þ2 4p3=2 ð3p33=2 4s1=2 Þ1 4p3=2 ð3d33=2 4p3=2 Þ0 4d3=2 ð3d33=2 4p3=2 Þ1 4d3=2 ð3d33=2 4p3=2 Þ3 4d3=2 ð3d33=2 4p3=2 Þ2 4d3=2 ð3p33=2 4s1=2 Þ2 4p3=2 ð3d33=2 4p3=2 Þ3 4d3=2 ð3d55=2 4p1=2 Þ3 4f 7=2 ð3d55=2 4p1=2 Þ2 4f 7=2 ð3d33=2 4p3=2 Þ1 4d3=2 ð3p33=2 4s1=2 Þ1 4p3=2

3/2 1/2 7/2 9/2 11/2 5/2 3/2 7/2 5/2 9/2 3/2 5/2 7/2 5/2 7/2 5/2 11/2 1/2 3/2 9/2 7/2 3/2 9/2 5/2 3/2 11/2 7/2 5/2 1/2 9/2 7/2 3/2 9/2 11/2 3/2 5/2 3/2 3/2 13/2 7/2 5/2 1/2 7/2 9/2 9/2 5/2 11/2 7/2 7/2 3/2 3/2 1/2 7/2 5/2 5/2 5/2 1/2 3/2 3/2 1/2

2547.63 2551.77 2553.12 2553.51 2553.71 2555.00 2556.18 2556.27 2556.83 2557.22 2559.31 2559.45 2561.39 2561.49 2562.33 2562.77 2562.80 2563.19 2563.53 2565.50 2565.68 2566.99 2568.35 2570.23 2570.62 2570.71 2571.67 2571.87 2572.40 2574.11 2574.76 2577.24 2578.82 2579.85 2580.46 2580.90 2581.49 2582.44 2582.51 2582.60 2583.21 2583.65 2586.38 2587.70 2588.16 2589.04 2589.97 2590.12 2595.85 2599.49 2599.73 2600.79 2601.28 2601.42 2602.28 2605.16 2605.91 2605.96 2606.80 2607.63

214

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 5 State definitions and energy levels (in eV) for Ni-like Au. See page 204 for Explanation of Tables No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62

Designation

J

Energy

[Ne]3s23p63d10 3d1 5=2 4s1=2 3d1 5=2 4s1=2 3d1 3=2 4s1=2 3d1 3=2 4s1=2 3d1 5=2 4p1=2 3d1 5=2 4p1=2 3d1 3=2 4p1=2 3d1 3=2 4p1=2 3d1 5=2 4p3=2 3d1 5=2 4p3=2 3d1 5=2 4p3=2 3d1 5=2 4p3=2 3d1 3=2 4p3=2 3d1 3=2 4p3=2 3d1 3=2 4p3=2 3d1 3=2 4p3=2 3d1 5=2 4d3=2 3d1 5=2 4d3=2 3d1 5=2 4d3=2 3d1 5=2 4d3=2 3d1 5=2 4d5=2 3d1 5=2 4d5=2 3d1 5=2 4d5=2 3d1 5=2 4d5=2 3d1 5=2 4d5=2 3d1 5=2 4d5=2 3d1 3=2 4d3=2 3d1 3=2 4d3=2 3p1 3=2 4s1=2 3d1 3=2 4d3=2 3p1 3=2 4s1=2 3d1 3=2 4d5=2 3d1 3=2 4d5=2 3d1 3=2 4d5=2 3d1 3=2 4d5=2 3d1 3=2 4d3=2 3d1 5=2 4f 5=2 3d1 5=2 4f 5=2 3d1 5=2 4f 5=2 3d1 5=2 4f 5=2 3p1 3=2 4p1=2 3p1 3=2 4p1=2 3d1 5=2 4f 5=2 3d1 5=2 4f 5=2 3d1 5=2 4f 7=2 3d1 5=2 4f 7=2 3d1 5=2 4f 7=2 3d1 5=2 4f 7=2 3d1 5=2 4f 7=2 3d1 5=2 4f 7=2 3d1 3=2 4f 5=2 3d1 3=2 4f 5=2 3d1 3=2 4f 7=2 3d1 3=2 4f 5=2 3d1 3=2 4f 7=2 3d1 3=2 4f 7=2 3d1 3=2 4f 7=2 3d1 3=2 4f 5=2 3p1 3=2 4p3=2 3p1 3=2 4p3=2 3p1 3=2 4p3=2

0 3 2 1 2 2 3 2 1 4 2 1 3 0 1 3 2 1 4 2 3 1 5 3 2 4 0 1 3 2 2 1 1 4 2 3 0 0 1 5 2 1 2 3 4 6 2 4 5 3 1 4 2 2 3 5 3 4 1 3 1 2

0.00 1857.02 1859.18 1948.36 1949.72 1965.83 1967.08 2057.11 2061.07 2111.24 2113.37 2114.77 2117.03 2198.98 2203.91 2204.24 2207.20 2270.21 2275.63 2277.25 2279.88 2303.20 2305.06 2309.54 2310.97 2311.68 2330.50 2365.92 2366.26 2371.44 2372.79 2375.17 2394.68 2398.20 2400.22 2402.34 2414.38 2469.95 2473.45 2477.77 2479.06 2480.99 2481.87 2482.49 2483.61 2484.58 2486.27 2491.05 2492.74 2493.44 2509.80 2568.83 2571.00 2575.96 2577.00 2578.74 2582.32 2583.81 2598.44 2625.64 2625.79 2631.50

Table 5 (continued) No.

Designation

J

Energy

63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126

3p1 3=2 4p3=2 3p1 3=2 4d3=2 3p1 3=2 4d3=2 3p1 3=2 4d3=2 3p1 3=2 4d3=2 3p1 1=2 4s1=2 3p1 1=2 4s1=2 3p1 3=2 4d5=2 3p1 3=2 4d5=2 3p1 3=2 4d5=2 3p1 3=2 4d5=2 3p1 1=2 4p1=2 3p1 1=2 4p1=2 3p1 3=2 4f 5=2 3p1 3=2 4f 5=2 3p1 3=2 4f 5=2 3p1 3=2 4f 5=2 3p1 3=2 4f 7=2 3p1 3=2 4f 7=2 3p1 3=2 4f 7=2 3p1 3=2 4f 7=2 3p1 1=2 4p3=2 3p1 1=2 4p3=2 3d1 5=2 5s1=2 3d1 5=2 5s1=2 3s1 1=2 4s1=2 3s1 1=2 4s1=2 3d1 5=2 5p1=2 3d1 5=2 5p1=2 3d1 3=2 5s1=2 3d1 3=2 5s1=2 3s1 1=2 4p1=2 3s1 1=2 4p1=2 3d1 5=2 5p3=2 3d1 5=2 5p3=2 3d1 5=2 5p3=2 3d1 5=2 5p3=2 3d1 3=2 5p1=2 3d1 3=2 5p1=2 3p1 1=2 4d3=2 3p1 1=2 4d3=2 3p1 1=2 4d5=2 3p1 1=2 4d5=2 3d1 5=2 5d3=2 3d1 5=2 5d3=2 3d1 5=2 5d3=2 3d1 5=2 5d3=2 3d1 5=2 5p3=2 3d1 3=2 5p3=2 3d1 5=2 5d5=2 3d1 3=2 5p3=2 3d1 5=2 5d5=2 3d1 3=2 5p3=2 3d1 5=2 5d5=2 3d1 5=2 5d5=2 3d1 5=2 5d5=2 3d1 5=2 5d5=2 3s1 1=2 4p3=2 3s1 1=2 4p3=2 3d1 5=2 5f 5=2 3d1 5=2 5f 5=2 3d1 3=2 5d3=2 3d1 3=2 5d3=2 3d1 5=2 5f 5=2

0 0 1 3 2 1 0 4 2 1 3 1 0 1 2 4 3 5 3 4 2 1 2 3 2 1 0 2 3 1 2 1 0 4 2 1 3 2 1 2 1 2 3 1 4 2 3 0 1 1 3 5 2 3 2 4 0 2 1 0 1 3 1 5

2653.89 2781.92 2788.11 2790.75 2794.28 2801.52 2801.60 2820.47 2822.78 2823.76 2826.34 2907.03 2924.79 2986.28 2991.89 2992.80 2997.24 2998.54 3002.99 3007.41 3011.10 3046.07 3055.42 3059.20 3060.14 3073.68 3078.59 3112.38 3112.79 3150.80 3151.26 3173.11 3174.81 3181.39 3182.27 3182.56 3183.77 3202.73 3205.32 3219.28 3223.52 3247.74 3249.56 3258.56 3260.24 3261.07 3262.07 3271.62 3273.54 3274.21 3274.22 3274.80 3275.08 3276.74 3277.15 3277.54 3290.01 3322.41 3324.18 3349.25 3350.75 3351.29 3351.47 3352.22

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273 Table 5 (continued)

215

Table 5 (continued)

No.

Designation

J

Energy

No.

Designation

J

Energy

127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190

3d1 5=2 5f 5=2 3d1 3=2 5d3=2 3d1 5=2 5f 5=2 3d1 5=2 5f 5=2 3d1 5=2 5f 7=2 3d1 5=2 5f 7=2 3d1 5=2 5f 7=2 3d1 5=2 5f 7=2 3d1 5=2 5f 7=2 3d1 3=2 5d5=2 3d1 3=2 5d3=2 3d1 3=2 5d5=2 3d1 3=2 5d5=2 3d1 5=2 5f 7=2 3d1 3=2 5d5=2 3d1 5=2 5g7=2 3d1 5=2 5g7=2 3d1 5=2 5g7=2 3d1 5=2 5g7=2 3d1 5=2 5g9=2 3d1 5=2 5g7=2 3d1 5=2 5g7=2 3d1 5=2 5g9=2 3d1 5=2 5g9=2 3d1 5=2 5g9=2 3d1 5=2 5g9=2 3d1 5=2 5g9=2 3p1 1=2 4f 5=2 3p1 1=2 4f 5=2 3p1 1=2 4f 7=2 3p1 1=2 4f 7=2 3d1 3=2 5f 5=2 3d1 3=2 5f 5=2 3d1 3=2 5f 5=2 3d1 3=2 5f 7=2 3d1 3=2 5f 7=2 3d1 3=2 5f 7=2 3d1 3=2 5f 7=2 3d1 3=2 5f 5=2 3s1 1=2 4d3=2 3s1 1=2 4d3=2 3d1 3=2 5g7=2 3d1 3=2 5g7=2 3d1 3=2 5g7=2 3d1 3=2 5g7=2 3d1 3=2 5g9=2 3d1 3=2 5g9=2 3d1 3=2 5g9=2 3d1 3=2 5g9=2 3s1 1=2 4d5=2 3s1 1=2 4d5=2 3p1 3=2 5s1=2 3p1 3=2 5s1=2 3p1 3=2 5p1=2 3p1 3=2 5p1=2 3s1 1=2 4f 5=2 3s1 1=2 4f 5=2 3p1 3=2 5p3=2 3p1 3=2 5p3=2 3s1 1=2 4f 7=2 3p1 3=2 5p3=2 3s1 1=2 4f 7=2 3p1 3=2 5p3=2 3p1 3=2 5d3=2

2 2 3 4 6 2 4 5 3 1 0 4 2 1 3 1 6 2 3 7 5 4 3 2 4 6 5 3 2 3 4 4 2 3 2 5 3 4 1 1 2 5 2 3 4 6 3 5 4 3 2 2 1 1 2 2 3 3 1 4 2 3 0 0

3352.89 3354.12 3354.20 3354.60 3356.42 3357.09 3359.06 3359.71 3359.95 3365.71 3365.75 3366.87 3367.90 3368.63 3368.76 3397.51 3398.37 3398.60 3399.83 3400.28 3400.48 3400.50 3401.29 3401.33 3402.45 3402.54 3402.58 3420.19 3425.43 3427.10 3430.54 3443.57 3444.59 3446.91 3447.83 3449.06 3450.51 3451.14 3453.45 3485.07 3486.18 3490.31 3492.11 3492.23 3492.40 3492.50 3493.58 3494.35 3494.48 3516.55 3517.56 3571.94 3573.20 3625.17 3625.68 3685.81 3687.51 3694.27 3694.28 3694.31 3696.61 3699.33 3703.31 3771.12

191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249

3p1 3=2 5d3=2 3p1 3=2 5d3=2 3p1 3=2 5d3=2 3p1 3=2 5d5=2 3p1 3=2 5d5=2 3p1 3=2 5d5=2 3p1 3=2 5d5=2 3p1 3=2 5f 5=2 3p1 3=2 5f 5=2 3p1 3=2 5f 5=2 3p1 3=2 5f 5=2 3p1 3=2 5f 7=2 3p1 3=2 5f 7=2 3p1 3=2 5f 7=2 3p1 3=2 5f 7=2 3p1 3=2 5g7=2 3p1 3=2 5g7=2 3p1 3=2 5g7=2 3p1 3=2 5g9=2 3p1 3=2 5g7=2 3p1 3=2 5g9=2 3p1 3=2 5g9=2 3p1 3=2 5g9=2 3p1 1=2 5s1=2 1=2 3p1 1=2 5p 1 3p1=2 5p1=2 3p1 1=2 5p1=2 3p1 1=2 5p3=2 3p1 1=2 5p3=2 3p1 1=2 5d3=2 3p1 1=2 5d3=2 3p1 1=2 5d5=2 3p1 1=2 5d5=2 3s1 1=2 5s1=2 3s1 1=2 5s1=2 3p1 1=2 5f 5=2 3p1 1=2 5f 5=2 3p1 1=2 5f 7=2 3p1 1=2 5f 7=2 3s1 1=2 5p1=2 3s1 1=2 5p1=2 3p1 1=2 5g7=2 3p1 1=2 5g7=2 3p1 1=2 5g9=2 3p1 1=2 5g9=2 3p1 1=2 5p3=2 3s1 1=2 5p3=2 3s1 1=2 5d3=2 3s1 1=2 5d3=2 3p1 1=2 5d5=2 3s1 1=2 5d5=2 3s1 1=2 5f 5=2 3s1 1=2 5f 5=2 3p1 1=2 5f 7=2 3s1 1=2 5f 7=2 3s1 1=2 5g7=2 3s1 1=2 5g7=2 3s1 1=2 5g9=2 3s1 1=2 5g9=2

1 3 2 4 2 1 3 1 4 2 3 5 3 4 2 2 5 3 6 4 3 4 5 0 1 1 0 1 2 2 1 2 3 1 0 3 2 3 4 0 1 4 3 4 5 2 1 1 2 3 2 2 3 4 3 3 4 5 4

3773.07 3773.48 3774.95 3788.18 3789.09 3789.12 3790.56 3863.08 3865.46 3865.58 3867.36 3869.36 3871.17 3872.80 3873.61 3910.26 3910.66 3911.90 3912.46 3912.87 3913.63 3914.44 3915.04 4000.34 4000.98 4053.41 4059.40 4122.96 4123.58 4201.85 4202.69 4217.08 4217.47 4266.02 4270.49 4294.01 4296.42 4298.95 4299.66 4319.17 4319.75 4340.36 4340.82 4342.56 4342.58 4388.71 4389.81 4467.39 4467.74 4482.62 4483.27 4559.28 4559.96 4564.12 4565.89 4605.30 4605.40 4607.29 4607.68

216

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 6 State definitions and energy levels (in eV) for Co-like Au. See page 204 for Explanation of Tables No.

Designation

J

Energy

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62

ð½NeÞ3s2 3p6 3d43=2 3d55=2 3s2 3p6 3d33=2 3d65=2 3s2 3p21=2 3p33=2 3d10 3s2 3p1=2 3p43=2 3d10 3s1/23p63d10 ð3d45=2 Þ4 4s1=2 ð3d45=2 Þ4 4s1=2 ð3d45=2 Þ2 4s1=2 ð3d45=2 Þ2 4s1=2 ð3d45=2 Þ0 4s1=2 ð3d33=2 3d55=2 Þ3 4s1=2 ð3d33=2 3d55=2 Þ3 4s1=2 ð3d33=2 3d55=2 Þ2 4s1=2 ð3d33=2 3d55=2 Þ2 4s1=2 ð3d33=2 3d55=2 Þ4 4s1=2 ð3d33=2 3d55=2 Þ1 4s1=2 ð3d45=2 Þ4 4p1=2 ð3d33=2 3d55=2 Þ4 4s1=2 ð3d33=2 3d55=2 Þ1 4s1=2 ð3d45=2 Þ4 4p1=2 ð3d45=2 Þ2 4p1=2 ð3d45=2 Þ2 4p1=2 ð3d45=2 Þ0 4p1=2 ð3d23=2 Þ2 4s1=2 ð3d23=2 Þ2 4s1=2 ð3d33=2 3d55=2 Þ3 4p1=2 ð3d33=2 3d55=2 Þ3 4p1=2 ð3d33=2 3d55=2 Þ2 4p1=2 ð3d33=2 3d55=2 Þ2 4p1=2 ð3d33=2 3d55=2 Þ1 4p1=2 ð3d33=2 3d55=2 Þ4 4p1=2 ð3d23=2 Þ0 4s1=2 ð3d33=2 3d55=2 Þ4 4p1=2 ð3d33=2 3d55=2 Þ1 4p1=2 ð3d45=2 Þ4 4p3=2 ð3d45=2 Þ4 4p3=2 ð3d45=2 Þ4 4p3=2 ð3d45=2 Þ4 4p3=2 ð3d45=2 Þ2 4p3=2 ð3d45=2 Þ2 4p3=2 ð3d45=2 Þ2 4p3=2 ð3d45=2 Þ2 4p3=2 ð3d45=2 Þ0 4p3=2 ð3d23=2 Þ2 4p1=2 ð3d23=2 Þ2 4p1=2 ð3d23=2 Þ0 4p1=2 ð3d33=2 3d55=2 Þ3 4p3=2 ð3d33=2 3d55=2 Þ3 4p3=2 ð3d33=2 3d55=2 Þ3 4p3=2 ð3d33=2 3d55=2 Þ3 4p3=2 ð3d33=2 3d55=2 Þ2 4p3=2 ð3d33=2 3d55=2 Þ2 4p3=2 ð3d33=2 3d55=2 Þ2 4p3=2 ð3d33=2 3d55=2 Þ2 4p3=2 ð3d33=2 3d55=2 Þ4 4p3=2 ð3d33=2 3d55=2 Þ4 4p3=2 ð3d33=2 3d55=2 Þ1 4p3=2 ð3d33=2 3d55=2 Þ1 4p3=2 ð3d33=2 3d55=2 Þ4 4p3=2 ð3d33=2 3d55=2 Þ1 4p3=2 ð3d33=2 3d55=2 Þ4 4p3=2 ð3d45=2 Þ4 4d3=2

5/2 3/2 3/2 1/2 1/2 9/2 7/2 5/2 3/2 1/2 7/2 5/2 5/2 3/2 9/2 3/2 7/2 7/2 1/2 9/2 3/2 5/2 1/2 3/2 5/2 7/2 5/2 3/2 5/2 1/2 9/2 1/2 7/2 3/2 11/2 9/2 7/2 5/2 5/2 7/2 1/2 3/2 3/2 5/2 3/2 1/2 9/2 5/2 7/2 3/2 5/2 7/2 3/2 1/2 11/2 5/2 1/2 5/2 7/2 3/2 9/2 5/2

0.00 91.38 509.88 937.16 1203.18 1905.65 1909.11 1916.19 1917.89 1938.49 1996.45 1997.33 2006.81 2007.65 2012.49 2012.54 2013.20 2013.25 2014.79 2015.01 2023.29 2024.23 2045.36 2093.46 2094.87 2104.08 2104.73 2113.92 2115.69 2118.40 2119.61 2120.68 2121.97 2122.52 2162.48 2165.99 2166.47 2166.77 2173.35 2176.23 2176.90 2177.76 2197.48 2200.80 2205.83 2229.08 2253.44 2254.00 2255.33 2255.92 2262.95 2264.29 2266.22 2266.82 2267.61 2269.18 2271.48 2271.64 2272.52 2274.15 2274.96 2319.45

Table 6 (continued) No.

Designation

J

Energy

63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126

ð3d45=2 Þ4 4d3=2 ð3d45=2 Þ4 4d3=2 ð3d45=2 Þ4 4d3=2 ð3d45=2 Þ2 4d3=2 ð3d45=2 Þ2 4d3=2 ð3d45=2 Þ2 4d3=2 ð3d45=2 Þ2 4d3=2 ð3d23=2 Þ2 4p3=2 ð3d23=2 Þ2 4p3=2 ð3d23=2 Þ2 4p3=2 ð3d23=2 Þ2 4p3=2 ð3d45=2 Þ4 4d5=2 ð3d45=2 Þ4 4d5=2 ð3d45=2 Þ4 4d5=2 ð3d45=2 Þ0 4d3=2 ð3d45=2 Þ4 4d5=2 ð3d45=2 Þ4 4d5=2 ð3d45=2 Þ4 4d5=2 ð3d45=2 Þ2 4d5=2 ð3d45=2 Þ2 4d5=2 ð3d45=2 Þ2 4d5=2 ð3d45=2 Þ2 4d5=2 ð3d23=2 Þ0 4p3=2 ð3d45=2 Þ2 4d5=2 ð3d45=2 Þ0 4d5=2 ð3p33=2 3d55=2 Þ4 4s1=2 ð3p33=2 3d55=2 Þ4 4s1=2 ð3p33=2 3d55=2 Þ2 4s1=2 ð3p33=2 3d55=2 Þ2 4s1=2 ð3d33=2 3d55=2 Þ3 4d3=2 ð3d33=2 3d55=2 Þ3 4d3=2 ð3d33=2 3d55=2 Þ3 4d3=2 ð3d33=2 3d55=2 Þ3 4d3=2 ð3d33=2 3d55=2 Þ2 4d3=2 ð3d33=2 3d55=2 Þ2 4d3=2 ð3d33=2 3d55=2 Þ2 4d3=2 ð3d33=2 3d55=2 Þ2 4d3=2 ð3p33=2 3d55=2 Þ3 4s1=2 ð3d33=2 3d55=2 Þ4 4d3=2 ð3p33=2 3d55=2 Þ3 4s1=2 ð3d33=2 3d55=2 Þ1 4d3=2 ð3d33=2 3d55=2 Þ1 4d3=2 ð3d33=2 3d55=2 Þ4 4d3=2 ð3d33=2 3d55=2 Þ1 4d3=2 ð3d33=2 3d55=2 Þ4 4d3=2 ð3p33=2 3d55=2 Þ1 4s1=2 ð3p33=2 3d55=2 Þ1 4s1=2 ð3d33=2 3d55=2 Þ3 4d5=2 ð3d33=2 3d55=2 Þ3 4d5=2 ð3d33=2 3d55=2 Þ3 4d5=2 ð3d33=2 3d55=2 Þ3 4d5=2 ð3d33=2 3d55=2 Þ3 4d5=2 ð3d33=2 3d55=2 Þ3 4d5=2 ð3d33=2 3d55=2 Þ2 4d5=2 ð3d33=2 3d55=2 Þ2 4d5=2 ð3d33=2 3d55=2 Þ2 4d5=2 ð3d33=2 3d55=2 Þ2 4d5=2 ð3d33=2 3d55=2 Þ4 4d5=2 ð3d33=2 3d55=2 Þ2 4d5=2 ð3d33=2 3d55=2 Þ4 4d5=2 ð3d33=2 3d55=2 Þ1 4d5=2 ð3d33=2 3d55=2 Þ1 4d5=2 ð3d33=2 3d55=2 Þ4 4d5=2 ð3d33=2 3d55=2 Þ1 4d5=2

7/2 11/2 9/2 3/2 5/2 7/2 1/2 3/2 5/2 7/2 1/2 13/2 3/2 7/2 3/2 11/2 9/2 5/2 7/2 9/2 1/2 3/2 3/2 5/2 5/2 9/2 7/2 5/2 3/2 3/2 9/2 7/2 5/2 1/2 3/2 5/2 7/2 7/2 11/2 5/2 1/2 5/2 7/2 3/2 9/2 3/2 1/2 11/2 1/2 5/2 7/2 9/2 3/2 3/2 7/2 5/2 9/2 13/2 1/2 5/2 7/2 3/2 7/2 5/2

2322.70 2323.66 2326.12 2330.53 2331.95 2335.65 2337.07 2350.21 2351.81 2352.36 2352.59 2353.82 2354.27 2354.92 2356.37 2356.72 2359.63 2362.11 2365.40 2368.61 2369.81 2371.54 2379.02 2381.58 2389.97 2394.91 2400.14 2407.96 2409.63 2410.59 2413.54 2414.32 2415.44 2418.99 2421.69 2423.26 2423.73 2424.79 2426.61 2428.76 2431.18 2431.48 2433.31 2434.02 2435.32 2439.10 2439.16 2444.81 2444.82 2445.03 2446.50 2446.85 2448.84 2453.89 2454.28 2455.00 2456.23 2457.76 2460.11 2462.51 2463.88 2464.35 2465.53 2465.98

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273 Table 6 (continued)

217

Table 6 (continued)

No.

Designation

J

Energy

No.

Designation

J

Energy

127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190

ð3d33=2 3d55=2 Þ4 4d5=2 ð3d33=2 3d55=2 Þ4 4d3=2 ð3d33=2 3d55=2 Þ4 4d5=2 ð3d33=2 3d55=2 Þ4 4d5=2 ð3p33=2 3d55=2 Þ4 4p1=2 ð3p33=2 3d33=2 Þ2 4s1=2 ð3p33=2 3d33=2 Þ2 4s1=2 ð3p33=2 3d55=2 Þ4 4p1=2 ð3d23=2 Þ2 4d3=2 ð3d23=2 Þ2 4d3=2 ð3d23=2 Þ2 4d3=2 ð3p33=2 3d33=2 Þ0 4s1=2 ð3p33=2 3d33=2 Þ3 4s1=2 ð3p33=2 3d55=2 Þ2 4p1=2 ð3p33=2 3d33=2 Þ1 4s1=2 ð3p33=2 3d33=2 Þ3 4s1=2 ð3p33=2 3d55=2 Þ2 4p1=2 ð3p33=2 3d33=2 Þ1 4s1=2 ð3d45=2 Þ4 4f 5=2 ð3d45=2 Þ4 4f 5=2 ð3d45=2 Þ4 4f 5=2 ð3d45=2 Þ4 4f 5=2 ð3d45=2 Þ4 4f 5=2 ð3d45=2 Þ4 4f 5=2 ð3d45=2 Þ2 4f 5=2 ð3d45=2 Þ4 4f 7=2 ð3d45=2 Þ4 4f 7=2 ð3d45=2 Þ2 4f 5=2 ð3d45=2 Þ4 4f 7=2 ð3d45=2 Þ4 4f 7=2 ð3d45=2 Þ2 4f 5=2 ð3p33=2 3d55=2 Þ3 4p1=2 ð3p33=2 3d55=2 Þ3 4p1=2 ð3d45=2 Þ2 4f 5=2 ð3d45=2 Þ4 4f 7=2 ð3d45=2 Þ4 4f 7=2 ð3d45=2 Þ2 4f 5=2 ð3d23=2 Þ0 4d3=2 ð3d23=2 Þ2 4d5=2 ð3d45=2 Þ2 4f 7=2 ð3d45=2 Þ2 4f 7=2 ð3d23=2 Þ2 4d5=2 ð3d23=2 Þ2 4d5=2 ð3d23=2 Þ2 4d5=2 ð3d23=2 Þ2 4d5=2 ð3d45=2 Þ2 4f 7=2 ð3d45=2 Þ4 4f 7=2 ð3p33=2 3d55=2 Þ1 4p1=2 ð3p33=2 3d55=2 Þ1 4p1=2 ð3d45=2 Þ2 4f 7=2 ð3d45=2 Þ0 4f 5=2 ð3d23=2 Þ2 4d3=2 ð3d45=2 Þ2 4f 7=2 ð3d45=2 Þ0 4f 5=2 ð3d45=2 Þ0 4f 7=2 ð3d23=2 Þ0 4d5=2 ð3d33=2 3d55=2 Þ3 4f 5=2 ð3d33=2 3d55=2 Þ3 4f 5=2 ð3p33=2 3d33=2 Þ2 4p1=2 ð3d33=2 3d55=2 Þ3 4f 5=2 ð3d33=2 3d55=2 Þ3 4f 5=2 ð3d33=2 3d55=2 Þ3 4f 5=2 ð3p33=2 3d33=2 Þ2 4p1=2 ð3d33=2 3d55=2 Þ3 4f 5=2

11/2 5/2 9/2 3/2 7/2 5/2 3/2 9/2 5/2 1/2 7/2 1/2 7/2 3/2 3/2 5/2 5/2 1/2 5/2 3/2 7/2 13/2 9/2 11/2 5/2 15/2 1/2 7/2 13/2 9/2 3/2 5/2 7/2 9/2 11/2 7/2 1/2 3/2 5/2 9/2 5/2 3/2 7/2 9/2 1/2 11/2 3/2 1/2 3/2 3/2 5/2 3/2 7/2 5/2 7/2 5/2 1/2 3/2 5/2 11/2 9/2 5/2 3/2 7/2

2466.25 2466.71 2466.73 2481.74 2503.08 2503.85 2505.11 2505.24 2510.45 2511.01 2511.12 2511.39 2513.78 2515.11 2515.37 2515.81 2516.24 2516.87 2518.02 2518.76 2519.90 2521.12 2523.38 2524.18 2527.39 2528.24 2528.70 2530.53 2531.10 2531.12 2532.67 2532.84 2534.04 2534.84 2535.47 2536.43 2536.74 2536.91 2541.78 2542.26 2543.45 2543.75 2543.78 2543.94 2544.52 2544.68 2545.70 2545.76 2546.13 2547.27 2554.31 2554.82 2557.94 2558.94 2567.14 2571.00 2609.22 2609.52 2611.48 2611.61 2612.69 2613.08 2613.24 2615.49

191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250

ð3d33=2 3d55=2 Þ2 4f 5=2 ð3p33=2 3d33=2 Þ0 4p1=2 ð3d33=2 3d55=2 Þ3 4f 7=2 ð3d33=2 3d55=2 Þ3 4f 7=2 ð3d33=2 3d55=2 Þ3 4f 7=2 ð3p33=2 3d33=2 Þ3 4p1=2 ð3d33=2 3d55=2 Þ3 4f 7=2 ð3d33=2 3d55=2 Þ3 4f 7=2 ð3d33=2 3d55=2 Þ2 4f 5=2 ð3p33=2 3d33=2 Þ1 4p1=2 ð3d33=2 3d55=2 Þ4 4f 5=2 ð3d33=2 3d55=2 Þ2 4f 5=2 ð3p33=2 3d33=2 Þ3 4p1=2 ð3d33=2 3d55=2 Þ3 4f 7=2 ð3d33=2 3d55=2 Þ3 4f 7=2 ð3p33=2 3d33=2 Þ1 4p1=2 ð3d33=2 3d55=2 Þ2 4f 5=2 ð3d33=2 3d55=2 Þ4 4f 5=2 ð3d33=2 3d55=2 Þ1 4f 5=2 ð3d33=2 3d55=2 Þ2 4f 7=2 ð3d33=2 3d55=2 Þ2 4f 5=2 ð3d33=2 3d55=2 Þ4 4f 7=2 ð3d33=2 3d55=2 Þ2 4f 7=2 ð3d33=2 3d55=2 Þ1 4f 5=2 ð3d33=2 3d55=2 Þ2 4f 7=2 ð3d33=2 3d55=2 Þ4 4f 5=2 ð3d33=2 3d55=2 Þ4 4f 7=2 ð3d33=2 3d55=2 Þ4 4f 5=2 ð3d33=2 3d55=2 Þ2 4f 7=2 ð3d33=2 3d55=2 Þ1 4f 7=2 ð3d33=2 3d55=2 Þ4 4f 7=2 ð3d33=2 3d55=2 Þ2 4f 7=2 ð3d33=2 3d55=2 Þ4 4f 7=2 ð3d33=2 3d55=2 Þ1 4f 7=2 ð3d33=2 3d55=2 Þ4 4f 7=2 ð3d33=2 3d55=2 Þ4 4f 7=2 ð3d33=2 3d55=2 Þ4 4f 5=2 ð3d33=2 3d55=2 Þ4 4f 5=2 ð3p33=2 3d55=2 Þ4 4p3=2 ð3d33=2 3d55=2 Þ1 4f 5=2 ð3d33=2 3d55=2 Þ1 4f 7=2 ð3p33=2 3d55=2 Þ4 4p3=2 ð3d33=2 3d55=2 Þ4 4f 7=2 ð3p33=2 3d55=2 Þ4 4p3=2 ð3p33=2 3d55=2 Þ4 4p3=2 ð3d33=2 3d55=2 Þ4 4f 7=2 ð3p33=2 3d55=2 Þ2 4p3=2 ð3p33=2 3d55=2 Þ2 4p3=2 ð3p33=2 3d55=2 Þ2 4p3=2 ð3p33=2 3d55=2 Þ2 4p3=2 ð3p33=2 3d55=2 Þ3 4p3=2 ð3p33=2 3d55=2 Þ3 4p3=2 ð3p33=2 3d55=2 Þ3 4p3=2 ð3p33=2 3d55=2 Þ3 4p3=2 ð3p33=2 3d55=2 Þ1 4p3=2 ð3p33=2 3d55=2 Þ1 4p3=2 ð3p33=2 3d55=2 Þ1 4p3=2 ð3d23=2 Þ2 4f 5=2 ð3d23=2 Þ2 4f 5=2 ð3d23=2 Þ2 4f 7=2

3/2 1/2 1/2 13/2 7/2 7/2 9/2 11/2 9/2 3/2 13/2 5/2 5/2 5/2 3/2 1/2 1/2 7/2 3/2 9/2 7/2 15/2 11/2 5/2 7/2 11/2 5/2 9/2 3/2 9/2 7/2 5/2 13/2 7/2 9/2 11/2 3/2 5/2 11/2 7/2 5/2 7/2 3/2 5/2 9/2 1/2 7/2 3/2 1/2 5/2 9/2 7/2 3/2 5/2 1/2 3/2 5/2 7/2 9/2 7/2

2616.56 2619.13 2619.32 2619.73 2620.82 2621.18 2621.64 2622.21 2622.56 2622.87 2622.96 2623.25 2624.02 2624.25 2624.76 2624.90 2625.33 2627.66 2629.32 2629.45 2631.41 2631.55 2631.75 2632.07 2632.23 2633.52 2634.40 2635.70 2636.18 2640.23 2641.37 2641.44 2641.64 2643.16 2643.17 2643.58 2644.77 2649.94 2650.06 2650.39 2654.78 2654.90 2658.57 2658.62 2659.07 2660.68 2666.27 2666.52 2668.97 2670.63 2681.55 2683.32 2685.29 2695.25 2695.63 2698.68 2703.44 2708.75 2709.97 2717.12

Full relativistic subshells have been omitted for simplicity.

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Table 7 Weighted oscillator strengths (gf) and transition probabilities (A) for transitions of Ge-like, Ga-like and Zn-like Au ions (aE ± b ” a · 10±b). See page 204 for Explanation of Tables Ge-like Au i 1 1 1 1 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 4 4 4 4 4 5 5 5 5 5 5 5 5 5 5 6

Ga-like Au j

gf

A

5 9 199 210 4 10 12 14 15 17 21 22 24 198 199 205 211 221 223 4 5 10 11 13 16 17 21 22 23 199 205 206 209 212 221 222 19 20 25 30 37 38 43 44 46 47 48 53 56 25 30 31 34 37 52 54 55 57 59 13

0.562 1.800 0.146 0.279 0.149 0.747 0.973 0.145 0.775 0.366 1.109 1.182 0.446 0.279 0.142 0.201 0.651 0.169 0.166 0.135 0.216 0.117 0.967 0.783 1.839 1.017 1.623 0.199 2.873 0.688 0.213 0.166 0.133 1.022 0.178 0.480 0.140 1.187 0.207 0.512 0.130 0.249 0.433 2.668 1.057 2.232 0.374 0.196 0.326 0.611 1.070 0.271 0.127 0.216 1.156 0.608 1.018 0.374 0.761 0.226

5.39E+11 2.76E+12 2.19E+12 6.01E+12 1.56E+10 2.87E+11 4.86E+11 4.09E+11 7.74E+11 3.77E+11 1.00E+12 1.80E+12 2.05E+12 9.47E+12 1.61E+12 1.83E+12 6.85E+12 2.20E+12 3.63E+12 1.29E+10 4.64E+10 4.29E+10 2.56E+11 2.88E+11 1.08E+12 1.01E+12 1.42E+12 2.95E+11 1.82E+12 7.72E+12 1.92E+12 2.51E+12 1.35E+12 7.62E+12 2.30E+12 4.45E+12 3.81E+10 3.22E+11 8.57E+10 3.14E+11 9.94E+10 1.36E+11 3.83E+11 1.70E+12 1.59E+12 2.02E+12 5.72E+11 1.42E+11 2.45E+11 2.16E+11 5.76E+11 7.80E+11 8.50E+10 1.47E+11 1.71E+12 9.58E+11 9.69E+11 1.79E+12 7.47E+11 1.65E+10

i 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 4 4 4 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 6

Zn-like Au

j

gf

A

2 6 7 8 111 114 121 126 128 10 16 17 21 139 141 143 5 6 7 9 11 12 13 111 114 115 132 134 135 136 148 149 10 18 21 22 28 29 30 160 162 184 185 10 15 19 20 22 23 27 29 30 31 39 161 162 190 192 201 10

0.149 0.852 0.795 1.755 0.150 0.290 0.148 0.195 0.131 0.567 0.885 1.834 0.143 0.106 0.128 0.142 0.220 0.170 0.106 1.096 1.187 0.564 2.305 0.559 0.120 0.913 0.125 0.104 0.182 0.210 0.384 0.217 0.108 1.358 0.212 0.785 0.613 1.100 0.896 0.121 0.102 0.269 0.156 0.477 0.139 1.360 0.396 0.113 0.821 0.256 0.259 1.477 2.328 0.270 0.299 0.112 0.271 0.253 0.101 0.153

3.92E+10 6.10E+11 1.16E+12 1.95E+12 3.52E+12 4.84E+12 6.43E+12 8.86E+12 1.19E+13 4.10E+11 1.97E+12 2.05E+12 1.90E+11 4.80E+12 1.16E+13 6.51E+12 1.73E+10 2.56E+10 3.36E+10 3.39E+11 5.03E+11 8.25E+11 1.74E+12 9.79E+12 1.58E+12 8.21E+12 3.59E+12 9.03E+12 5.26E+12 9.15E+12 1.17E+13 9.93E+12 2.12E+10 4.35E+11 1.18E+11 6.31E+11 1.37E+12 1.23E+12 6.69E+11 5.29E+12 2.98E+12 8.22E+12 7.12E+12 8.08E+10 2.93E+10 3.17E+11 1.32E+11 8.48E+10 4.10E+11 1.23E+11 2.72E+11 1.04E+12 1.27E+12 1.79E+11 6.49E+12 3.24E+12 6.19E+12 7.70E+12 2.35E+12 2.07E+10

i 1 1 1 1 1 1 2 2 2 2 2 3 3 3 3 3 3 3 3 3 3 3 4 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 6 6 6 6 6 6 6 6 6 6 6 6 7 7 7 7 8 8 8 8 8 8

j

gf

A

3 6 75 83 106 111 7 9 91 122 238 4 7 8 9 10 72 92 114 127 132 240 16 7 8 11 12 13 72 92 93 141 144 145 146 163 164 169 8 12 13 14 72 73 94 156 157 170 179 182 17 23 24 25 15 17 18 19 23 25

0.138 1.123 0.200 0.177 0.153 0.230 0.535 0.617 0.153 0.168 0.166 0.242 0.294 0.794 0.336 1.821 0.178 0.367 0.189 0.138 0.228 0.422 1.275 0.283 0.304 1.753 0.373 1.136 0.707 0.151 1.112 0.161 0.148 0.198 0.234 0.329 0.266 0.164 0.181 0.799 1.927 0.526 0.116 0.318 0.722 0.214 0.121 0.167 0.120 0.113 1.107 0.824 0.312 0.773 0.212 0.198 1.203 0.243 0.996 0.116

2.26E+10 1.09E+12 4.23E+12 4.18E+12 8.99E+12 1.43E+13 5.27E+11 9.06E+11 3.51E+12 1.03E+13 1.32E+13 1.47E+11 2.72E+11 4.45E+11 4.69E+11 1.57E+12 2.83E+12 4.99E+12 6.70E+12 8.53E+12 8.56E+12 2.01E+13 1.83E+12 5.83E+10 3.86E+10 4.64E+11 1.50E+11 6.99E+11 8.54E+12 1.64E+12 8.83E+12 4.04E+12 8.73E+12 5.03E+12 8.31E+12 8.78E+12 9.94E+12 4.43E+12 1.62E+10 2.66E+11 1.02E+12 1.48E+12 1.35E+12 1.12E+13 7.77E+12 7.60E+12 7.18E+12 6.23E+12 7.51E+12 4.25E+12 3.90E+11 6.91E+11 1.34E+12 1.12E+12 4.67E+10 6.86E+10 2.98E+11 1.10E+11 8.28E+11 1.66E+11

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

219

Table 7 (continued) Ge-like Au

Ga-like Au

Zn-like Au

i

j

gf

A

i

j

gf

A

i

j

6 6 6 6 6 6 6 6 6 6 7 7 7 7 8 8 8 8 8 8 8 8 8 8 8 8 8 9 9 9 9 9 9 9 9 9 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 11 11 11 11 11 11 11 11 11 11 11

16 27 28 29 32 40 205 206 225 227 29 40 206 232 18 19 33 43 46 47 48 49 52 55 201 217 218 19 34 52 54 55 57 59 202 218 20 38 41 44 51 55 56 60 61 63 67 86 87 88 203 218 219 20 25 39 42 53 55 56 58 59 62 64

0.201 0.462 3.375 0.225 2.142 1.326 0.682 0.709 1.688 0.536 0.741 0.820 0.264 0.446 0.179 0.216 0.332 1.393 0.277 0.274 0.839 3.551 0.113 0.173 0.480 2.154 0.152 0.139 0.214 0.350 0.185 2.237 0.561 1.269 0.191 1.325 0.293 0.225 0.521 0.278 0.586 0.100 0.296 0.194 2.125 0.740 1.136 0.119 0.102 0.116 0.307 0.101 2.078 0.218 0.328 0.651 0.409 0.296 0.160 0.553 0.543 0.295 2.737 1.471

2.70E+10 1.66E+11 1.02E+12 1.63E+11 1.21E+12 1.41E+12 4.63E+12 8.05E+12 1.27E+13 5.63E+12 4.83E+11 7.97E+11 2.92E+12 7.71E+12 3.17E+10 2.47E+10 1.04E+11 7.97E+11 2.71E+11 1.61E+11 8.37E+11 1.56E+12 1.23E+11 1.22E+11 4.08E+12 1.37E+13 1.36E+12 1.04E+10 8.15E+10 3.22E+11 1.85E+11 1.35E+12 1.71E+12 7.95E+11 4.70E+12 1.13E+13 2.15E+10 5.40E+10 1.32E+11 8.36E+10 2.81E+11 5.32E+10 1.13E+11 1.86E+11 8.82E+11 7.64E+11 7.36E+11 2.09E+11 1.07E+11 8.84E+10 2.80E+12 8.35E+11 1.24E+13 1.57E+10 3.88E+10 1.23E+11 8.61E+10 1.06E+11 8.40E+10 2.08E+11 1.65E+11 1.62E+11 8.85E+11 9.08E+11

6 6 6 6 6 6 6 6 6 6 6 6 7 7 7 7 7 7 7 7 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 10 10 10 10 10 10 10 10 11

20 21 22 23 24 25 34 36 37 38 174 197 10 21 22 24 34 35 38 208 15 17 25 34 35 36 37 38 112 116 195 196 214 242 245 247 19 20 21 27 31 36 37 38 39 40 42 43 113 116 117 222 224 225 226 26 32 47 53 57 58 59 65 22

0.714 0.166 0.278 1.420 0.605 0.331 0.718 0.488 0.988 0.128 0.216 0.140 0.104 0.469 1.197 0.165 0.720 0.638 0.171 0.110 0.209 0.125 0.297 0.931 0.896 1.638 2.442 0.172 0.370 1.829 0.115 0.128 0.158 0.224 0.136 0.167 0.334 0.235 0.197 0.765 0.331 0.572 0.241 0.224 0.807 2.248 1.270 1.656 0.422 0.139 2.691 0.139 0.155 0.249 0.280 0.176 0.995 0.132 0.126 2.022 0.844 1.909 0.105 0.327

2.09E+11 7.41E+10 1.87E+11 6.38E+11 8.71E+11 1.83E+11 7.77E+11 3.81E+11 7.72E+11 1.56E+11 6.26E+12 4.25E+12 1.33E+10 2.04E+11 7.89E+11 2.33E+11 7.66E+11 1.45E+12 2.05E+11 5.04E+12 1.36E+10 1.68E+10 9.78E+10 6.47E+11 1.35E+12 8.35E+11 1.25E+12 1.38E+11 4.81E+12 1.37E+13 4.89E+12 3.65E+12 4.60E+12 6.78E+12 4.13E+12 7.64E+12 2.00E+10 2.14E+10 2.78E+10 1.60E+11 8.26E+10 2.37E+11 1.00E+11 1.47E+11 2.68E+11 8.17E+11 9.82E+11 8.80E+11 3.03E+12 9.90E+11 1.45E+13 3.00E+12 6.73E+12 5.39E+12 8.12E+12 5.29E+10 2.96E+11 7.07E+10 7.89E+10 2.19E+12 1.86E+12 1.41E+12 9.28E+10 5.54E+10

8 9 9 9 9 9 9 9 9 9 9 10 10 10 10 10 10 10 10 10 10 10 10 10 10 11 11 11 11 11 11 11 11 11 11 11 12 12 12 12 12 12 12 12 13 13 13 13 14 15 15 15 16 16 16 17 17 17 17 18 18 18 18 18

26 15 20 23 24 25 74 75 95 225 236 15 16 19 20 22 23 25 26 75 95 96 231 232 237 17 18 21 22 26 27 28 29 81 96 97 18 22 26 28 29 30 83 98 28 29 30 98 30 31 32 35 32 35 36 33 37 39 40 33 34 37 38 39

gf 1.505 0.234 0.822 0.793 0.277 0.672 0.197 0.101 1.478 0.106 0.131 0.177 0.296 0.561 0.194 0.199 0.367 0.212 2.849 0.459 0.216 2.181 0.128 0.177 0.160 0.440 0.333 1.162 0.171 0.137 2.991 0.315 0.854 0.552 0.206 3.385 0.368 1.027 0.238 1.409 0.655 0.689 0.322 2.368 0.587 3.712 0.179 0.114 0.805 1.322 0.215 1.452 0.713 1.781 0.623 1.233 0.887 1.131 0.935 0.142 1.115 1.194 2.073 0.323 (continued on

A 9.43E+11 2.16E+10 3.29E+11 4.41E+11 7.92E+11 6.47E+11 5.38E+12 9.18E+11 1.38E+13 3.70E+12 4.68E+12 1.50E+10 6.00E+10 1.52E+11 7.46E+10 6.03E+10 1.97E+11 1.98E+11 1.17E+12 4.14E+12 1.99E+12 1.44E+13 4.48E+12 4.43E+12 4.06E+12 4.97E+10 2.68E+10 2.06E+11 4.07E+10 4.57E+10 8.72E+11 1.74E+11 3.79E+11 3.29E+12 1.29E+12 1.67E+13 2.54E+10 2.24E+11 7.37E+10 7.28E+11 2.72E+11 6.78E+11 3.16E+12 1.48E+13 1.90E+11 9.98E+11 1.14E+11 6.41E+11 4.75E+11 3.98E+11 9.58E+10 1.30E+12 2.65E+11 1.40E+12 2.62E+12 2.79E+11 5.14E+11 9.45E+11 1.34E+12 3.22E+10 1.97E+11 6.91E+11 9.41E+11 2.70E+11 next page)

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Table 7 (continued) Ge-like Au

Ga-like Au

Zn-like Au

i

j

gf

A

i

j

gf

A

i

j

gf

A

11 11 11 11 11 11 12 12 12 12 12 12 12 12 12 12 12 12 12 12 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 14 14 14 14 14 14 15 15 15 15 15 15 15 15 15 15 15 15 15 16 16 16 16

66 89 204 217 219 220 30 51 53 56 61 63 67 71 74 85 86 87 88 219 30 53 55 56 58 59 61 62 64 66 70 75 79 85 87 88 89 92 220 54 60 63 71 94 100 63 64 65 67 70 71 76 87 91 96 97 100 101 30 59 64 66

1.935 0.110 0.511 0.154 0.116 3.003 0.109 0.482 0.644 0.815 2.408 0.167 0.257 0.317 0.102 0.272 0.987 0.914 0.658 0.253 0.462 0.428 0.108 0.475 1.276 0.192 0.147 2.025 0.225 0.414 0.294 0.590 0.134 0.119 0.445 1.338 1.974 0.692 0.149 0.131 0.401 0.199 0.341 0.364 0.134 0.646 0.402 0.104 1.082 0.401 0.192 0.183 0.124 0.136 0.543 0.138 0.369 0.627 0.156 0.125 0.123 2.269

8.62E+11 6.78E+10 2.79E+12 9.07E+11 6.86E+11 1.39E+13 1.75E+10 1.77E+11 1.79E+11 2.41E+11 7.86E+11 1.37E+11 1.33E+11 3.60E+11 5.52E+10 2.37E+11 1.45E+12 8.07E+11 4.22E+11 1.42E+12 6.52E+10 1.10E+11 4.12E+10 1.30E+11 2.82E+11 7.67E+10 4.45E+10 4.83E+11 1.04E+11 1.37E+11 1.88E+11 2.42E+11 7.38E+10 9.87E+10 3.73E+11 8.14E+11 9.80E+11 3.63E+11 6.37E+11 7.70E+10 2.64E+11 1.43E+11 3.46E+11 5.54E+11 2.21E+11 4.32E+11 1.62E+11 2.12E+11 4.58E+11 2.29E+11 1.83E+11 1.22E+11 9.41E+10 5.83E+11 4.93E+11 6.46E+11 5.81E+11 5.97E+11 1.68E+10 4.28E+10 4.87E+10 6.52E+11

11 11 11 11 11 11 11 11 11 11 12 12 12 12 13 13 13 13 13 14 14 14 14 14 14 14 14 15 15 15 15 15 15 15 15 15 15 16 16 16 16 16 16 17 17 17 17 17 17 17 17 17 17 18 18 18 18 18 18 18 18 18

23 36 37 38 39 40 42 43 52 117 24 41 42 52 23 38 42 43 52 26 44 47 53 54 55 59 68 26 45 47 50 53 54 56 59 68 69 26 48 57 58 68 70 26 47 48 51 57 59 68 69 70 72 46 59 60 62 63 65 66 71 72

0.302 0.593 0.271 0.183 1.188 3.094 0.209 0.395 0.392 0.212 0.169 0.620 0.926 0.683 0.195 0.160 0.142 2.791 2.747 0.139 0.853 0.196 0.706 0.811 0.571 0.208 1.260 0.512 0.701 0.228 0.223 0.479 0.241 2.517 0.219 0.120 1.858 0.133 0.497 0.374 0.308 1.475 0.564 0.161 0.423 0.210 0.156 0.225 1.532 0.134 2.768 1.029 0.112 1.017 0.102 2.248 0.327 0.136 0.602 0.115 0.953 1.185

3.41E+10 1.78E+11 8.20E+10 8.79E+10 2.89E+11 8.37E+11 1.22E+11 1.58E+11 3.28E+11 1.06E+12 4.94E+10 5.84E+11 4.60E+11 5.03E+11 1.51E+10 6.21E+10 6.80E+10 9.26E+11 1.96E+12 2.54E+10 3.08E+11 7.84E+10 3.39E+11 5.94E+11 8.37E+11 1.20E+11 1.47E+12 8.08E+10 1.85E+11 8.45E+10 6.65E+10 2.15E+11 1.65E+11 9.17E+11 1.18E+11 1.32E+11 1.42E+12 1.60E+10 2.43E+11 2.63E+11 4.42E+11 1.47E+12 1.23E+12 1.88E+10 1.34E+11 1.01E+11 5.41E+10 1.56E+11 7.28E+11 1.32E+11 1.90E+12 2.22E+12 8.73E+10 2.09E+11 4.38E+10 7.63E+11 2.34E+11 6.56E+10 3.26E+11 9.35E+10 5.05E+11 8.55E+11

18 18 18 18 19 19 19 19 19 19 19 19 19 19 19 19 19 20 20 20 20 20 20 20 20 20 21 21 21 21 21 21 21 21 21 22 22 22 22 22 22 22 22 22 22 22 23 23 23 23 24 24 25 25 25 25 25 26 26 26 26 26

41 47 50 102 31 32 37 38 41 42 43 46 47 92 99 100 102 31 32 37 39 41 43 44 91 99 33 34 42 45 46 50 93 100 101 33 34 41 42 46 48 49 94 99 100 102 37 39 41 46 40 44 35 39 40 43 44 37 38 42 43 47

0.143 0.382 0.117 0.118 0.339 0.437 0.282 0.879 0.894 0.145 0.261 0.118 0.417 0.207 0.338 6.604 1.242 0.474 0.135 0.169 0.133 0.465 0.999 0.839 0.140 6.144 0.610 0.456 1.267 2.095 0.477 0.285 0.267 0.508 10.525 0.180 0.691 0.133 0.717 1.387 0.840 0.475 0.184 0.197 1.415 6.633 0.476 0.606 2.095 0.114 0.382 0.305 0.109 0.300 0.371 1.059 0.281 0.197 0.209 0.137 0.153 4.359

9.20E+10 2.03E+11 7.01E+10 5.08E+11 2.53E+10 5.11E+10 9.72E+10 2.38E+11 3.53E+11 4.52E+10 1.49E+11 5.00E+10 1.38E+11 9.48E+11 1.59E+12 2.42E+13 4.60E+12 3.46E+10 1.55E+10 5.77E+10 6.60E+10 1.82E+11 5.65E+11 8.04E+11 1.07E+12 2.89E+13 4.85E+10 2.84E+10 3.71E+11 5.26E+11 1.91E+11 1.04E+11 8.89E+11 1.83E+12 3.11E+13 1.33E+10 3.99E+10 4.78E+10 2.03E+11 5.37E+11 4.73E+11 2.98E+11 8.53E+11 9.01E+11 5.05E+12 2.39E+13 1.14E+11 2.12E+11 5.89E+11 3.48E+10 2.25E+11 2.04E+11 2.61E+10 1.00E+11 2.15E+11 4.14E+11 1.86E+11 4.30E+10 3.59E+10 2.81E+10 5.77E+10 9.63E+11

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

221

Table 7 (continued) Ge-like Au

Ga-like Au

Zn-like Au

i

j

gf

A

i

j

gf

A

i

j

gf

A

16 16 16 16 16 16 16 16 16 16 16 17 17 17 17 17 17 17 17 17 17 17 17 17 18 18 18 18 19 19 19 19

67 70 71 74 76 88 94 98 101 104 233 60 64 65 67 71 87 91 94 96 100 101 103 107 69 78 80 82 68 69 73 78

0.414 2.267 0.409 0.339 0.120 0.189 0.203 1.240 0.711 0.377 0.118 0.137 0.485 0.299 1.090 1.264 0.104 0.108 0.708 1.079 0.100 0.134 0.110 0.112 0.906 0.755 0.249 0.616 0.721 0.226 0.155 0.470

1.72E+11 1.28E+12 3.87E+11 1.53E+11 7.89E+10 1.03E+11 2.91E+11 8.24E+11 6.70E+11 2.58E+11 8.17E+11 8.08E+10 1.88E+11 5.88E+11 4.44E+11 1.17E+12 7.66E+10 4.53E+11 9.98E+11 9.55E+11 1.54E+11 1.24E+11 1.73E+11 1.13E+11 4.10E+11 4.47E+11 7.54E+11 6.30E+11 2.23E+11 9.87E+10 5.39E+10 2.70E+11

18 18 18 18 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 20 20 20 20 20 20 20 20 20 20 20

74 76 77 78 32 49 50 56 60 61 63 64 71 72 73 75 77 78 79 86 95 32 50 51 56 60 63 64 66 75 76 77

1.086 0.200 0.341 0.285 0.716 1.119 0.205 0.110 0.210 1.890 0.296 0.642 1.354 0.333 2.693 0.375 0.237 0.197 0.315 0.541 0.292 0.368 0.792 0.201 0.232 0.234 1.123 0.491 0.709 1.812 0.301 0.676

1.20E+12 2.29E+11 2.63E+11 1.67E+11 7.51E+10 1.87E+11 4.36E+10 2.97E+10 6.75E+10 5.00E+11 1.36E+11 2.43E+11 6.88E+11 2.30E+11 1.12E+12 2.02E+11 1.76E+11 1.11E+11 1.42E+11 2.57E+11 1.58E+11 3.42E+10 1.56E+11 5.38E+10 5.84E+10 7.10E+10 4.86E+11 1.76E+11 5.22E+11 9.33E+11 3.17E+11 4.79E+11

26 26 26 27 27 27 27 27 27 27 28 28 28 28 29 29 29 29 30 30 31 31 31 31 32 32 32 32 33 33 33 33

50 100 102 37 38 42 45 47 50 101 37 46 48 49 46 49 50 102 49 51 52 53 55 57 53 55 57 58 54 55 57 59

0.236 0.186 0.491 0.103 0.265 0.657 2.845 0.309 0.308 0.232 0.113 1.177 1.334 0.480 0.144 0.326 5.665 0.356 1.557 0.528 2.751 0.380 0.879 0.347 1.401 0.498 0.217 0.915 1.017 0.472 1.147 1.582

6.26E+10 6.09E+11 1.62E+12 1.93E+10 3.91E+10 1.17E+11 4.40E+11 5.96E+10 7.22E+10 6.03E+11 1.96E+10 2.73E+11 4.54E+11 1.87E+11 2.83E+10 1.10E+11 1.08E+12 1.08E+12 5.16E+11 9.19E+11 1.22E+12 3.14E+11 5.46E+11 2.22E+11 1.11E+12 2.97E+11 1.33E+11 1.33E+12 4.56E+11 2.73E+11 6.84E+11 1.36E+12

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J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 8 Weighted oscillator strengths (gf) and transition probabilities (A) for transitions of Cu-like, Ni-like and Co-like Au ions (aE ± b ” a · 10±b). See page 205 for Explanation of Tables Cu-like Au i 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 3 3 3 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 5 5 5 5 5 5 5 5 5 5 5 5 5 5

Ni-like Au j

gf

A

2 3 9 10 25 30 32 34 94 162 164 215 227 232 241 242 249 4 8 11 36 48 49 136 138 247 248 4 5 8 11 12 72 75 87 88 240 245 6 9 13 124 126 143 171 176 7 10 13 14 158 160 161 163 182 183 187 191 198 199

0.214 1.037 0.214 0.179 0.180 0.124 0.155 0.215 0.365 2.958 1.467 0.320 6.179 3.639 0.138 0.120 0.466 1.222 0.160 0.318 0.152 0.139 0.314 0.392 0.239 1.693 3.151 0.136 1.486 0.582 0.127 0.989 0.162 0.181 0.421 0.240 0.294 0.310 1.152 0.394 2.019 0.121 0.140 0.123 0.338 0.232 1.477 0.470 0.158 3.082 0.132 0.139 0.268 0.279 0.213 0.143 0.206 0.136 0.284 0.229

5.62E+10 7.21E+11 7.01E+12 3.26E+12 8.10E+12 5.86E+12 1.46E+13 1.03E+13 2.21E+13 2.00E+14 1.98E+14 2.29E+13 4.47E+14 5.27E+14 1.01E+13 1.76E+13 3.44E+13 1.28E+12 3.94E+12 5.53E+12 6.88E+12 1.32E+13 1.49E+13 2.36E+13 2.88E+13 2.29E+14 2.13E+14 4.17E+10 4.22E+11 1.07E+13 1.74E+12 9.25E+12 4.89E+12 8.19E+12 1.34E+13 1.15E+13 1.76E+13 1.24E+13 3.62E+11 5.57E+12 1.61E+13 5.40E+12 4.18E+12 3.73E+12 1.07E+13 1.11E+13 2.78E+11 3.63E+12 1.18E+12 1.75E+13 2.98E+12 6.27E+12 6.07E+12 8.42E+12 6.69E+12 6.73E+12 4.89E+12 6.47E+12 6.82E+12 7.33E+12

i 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 3 3 3 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 5 5 5 5 5 5 5 5 5 5 5 6 6 6 6 6 6 6

Co-like Au

j

gf

A

9 12 32 51 59 68 72 94 103 121 140 165 196 221 6 7 10 11 13 30 90 91 96 99 6 7 11 12 13 32 90 91 97 98 99 8 14 15 17 68 69 100 8 9 15 16 17 65 68 100 101 113 115 18 20 21 42 86 106 108

0.158 0.261 0.372 2.387 5.565 0.226 1.113 0.318 0.303 0.189 0.942 1.058 0.393 0.164 0.420 0.327 2.358 0.238 1.065 1.016 0.400 0.309 0.376 0.156 0.104 0.419 1.049 0.754 0.806 0.650 0.104 0.412 0.164 0.117 0.123 0.274 0.256 0.661 0.647 0.154 0.298 0.248 0.256 0.277 0.119 1.845 0.675 0.113 0.753 0.233 0.251 0.281 0.101 0.809 1.172 0.909 0.685 0.308 0.232 0.293

9.70E+12 1.69E+13 3.03E+13 2.17E+14 5.43E+14 2.56E+13 1.28E+14 4.63E+13 4.56E+13 3.01E+13 1.55E+14 1.82E+14 8.17E+13 4.20E+13 4.32E+10 2.46E+10 7.35E+11 1.36E+11 4.46E+11 2.33E+12 5.48E+12 3.02E+12 3.18E+12 1.71E+12 1.03E+10 3.02E+10 5.88E+11 7.12E+11 3.32E+11 2.50E+12 1.42E+12 4.02E+12 2.48E+12 2.98E+12 1.34E+12 2.82E+10 6.98E+11 6.24E+11 3.76E+11 1.62E+12 9.42E+12 3.39E+12 2.56E+10 4.97E+10 1.11E+11 7.41E+11 3.88E+11 1.14E+12 7.90E+12 3.17E+12 5.73E+12 3.05E+12 1.53E+12 1.08E+12 9.87E+11 5.56E+11 2.63E+12 2.28E+12 5.60E+12 4.27E+12

i 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 3 3 3 3 3 3 3 4 6 6 6 6 6 6

j

gf

A

3 27 29 33 34 37 38 39 42 89 90 91 100 102 108 167 173 176 177 179 180 181 188 190 211 214 227 228 230 231 233 4 45 50 53 56 133 141 142 144 222 227 228 231 233 236 5 189 203 206 234 240 243 5 17 20 35 36 37 88

0.692 0.130 0.175 0.409 0.168 0.328 0.312 0.307 0.260 0.857 0.219 0.183 0.177 0.483 0.310 0.121 1.647 0.200 1.690 4.657 2.445 1.320 0.168 0.205 0.482 0.167 5.196 8.089 14.174 1.795 0.629 0.594 0.304 0.170 0.189 0.413 0.245 0.221 0.689 0.241 0.188 0.245 0.778 3.671 3.465 2.612 0.666 0.109 0.267 0.103 0.189 0.280 0.268 0.116 0.604 0.415 3.080 1.511 0.373 0.741

1.95E+12 4.17E+12 5.67E+12 1.00E+13 8.21E+12 8.35E+12 1.06E+13 1.05E+13 1.34E+13 2.68E+13 9.17E+12 1.15E+13 5.63E+12 2.06E+13 2.00E+13 5.66E+12 1.16E+14 1.40E+13 7.97E+13 1.65E+14 1.16E+14 4.72E+13 8.30E+12 7.62E+12 1.81E+13 8.36E+12 3.94E+14 4.11E+14 5.40E+14 9.15E+13 4.82E+13 9.22E+12 1.47E+13 8.66E+12 9.69E+12 1.42E+13 1.55E+13 1.41E+13 2.93E+13 3.08E+13 8.84E+12 1.73E+13 3.69E+13 1.74E+14 2.48E+14 3.74E+14 6.94E+12 5.21E+12 8.64E+12 1.00E+13 6.29E+12 9.45E+12 1.38E+13 1.78E+11 3.79E+10 2.16E+10 7.35E+11 4.44E+11 1.38E+11 7.70E+11

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

223

Table 8 (continued) Cu-like Au

Ni-like Au

Co-like Au

i

j

gf

A

i

j

gf

A

i

j

6 6 7 7 7 8 8 9 10 10 11 12 12 13 14 17 17 17 17 17 17 17 18 18 18 18 18 19 19 19 19 19 19 19 19 19 19 19 19 20 20 20 20 20 20 20 20 20 20 20 21 21 21 21 21 21 21 21 21 21 21 21 21 22

11 15 12 15 16 9 10 11 11 12 13 13 14 15 16 20 21 22 33 34 35 94 24 25 41 42 43 44 46 47 49 50 51 52 53 54 57 58 127 27 44 45 47 51 53 54 56 58 71 133 27 44 47 49 51 52 53 54 57 58 59 133 136 27

0.190 7.349 0.241 0.273 9.595 0.305 1.415 1.703 0.193 2.087 1.859 0.112 2.391 0.803 0.981 0.363 0.247 0.189 2.989 1.398 2.313 0.965 0.275 0.161 0.725 2.243 1.530 1.548 0.322 0.341 0.179 0.668 0.100 0.767 1.236 1.263 0.111 0.119 0.970 0.646 0.159 1.533 0.268 0.809 0.437 0.392 3.623 1.209 0.180 1.249 0.436 0.379 0.662 0.558 0.488 0.363 0.822 0.196 0.121 1.558 1.066 0.172 0.796 0.329

1.15E+12 3.13E+13 9.88E+11 1.14E+12 3.23E+13 1.91E+10 2.26E+11 4.03E+11 1.34E+10 1.36E+11 1.19E+11 5.09E+09 9.15E+10 9.39E+09 8.12E+09 2.12E+10 1.94E+10 2.27E+10 1.09E+12 1.02E+12 1.16E+12 2.81E+12 2.15E+10 1.95E+10 1.05E+12 1.10E+12 1.14E+12 5.69E+11 2.42E+11 1.72E+11 1.37E+11 3.43E+11 3.91E+10 8.11E+11 6.79E+11 9.31E+11 1.26E+11 6.82E+10 2.81E+12 6.40E+10 5.49E+10 4.31E+11 1.27E+11 2.96E+11 2.28E+11 2.74E+11 1.54E+12 6.58E+11 9.48E+10 2.41E+12 4.30E+10 1.30E+11 3.12E+11 3.99E+11 1.78E+11 3.63E+11 4.28E+11 1.37E+11 1.31E+11 8.46E+11 7.75E+11 3.32E+11 2.32E+12 3.20E+10

6 7 7 7 7 7 7 7 7 8 8 8 8 8 8 8 8 9 9 9 9 9 9 9 9 10 10 10 10 10 10 10 10 11 11 11 11 11 11 11 11 11 11 12 12 12 12 12 12 12 12 12 12 13 13 13 13 13 13 13 13 13 13 13

109 19 20 21 43 86 87 107 109 28 29 31 74 92 93 124 128 28 31 37 74 75 93 125 128 19 23 26 60 86 107 114 118 22 24 25 61 62 86 87 112 116 117 22 25 27 37 61 63 87 112 117 119 20 24 25 26 60 62 86 87 108 116 118

0.229 2.690 0.279 1.195 0.998 0.220 0.277 0.706 0.290 0.132 2.094 0.751 0.894 0.176 0.177 0.543 0.182 0.726 0.740 0.270 0.181 0.310 0.194 0.196 0.187 0.202 2.588 0.589 1.232 1.230 0.193 1.800 0.368 0.162 0.878 0.716 0.426 0.223 0.145 0.539 0.128 0.594 0.473 0.484 0.360 0.208 0.129 0.177 0.113 0.405 0.365 0.236 0.140 0.111 0.735 0.113 1.592 0.201 0.767 0.547 0.406 0.107 0.503 1.088

2.38E+12 1.23E+12 2.33E+11 7.25E+11 2.30E+12 1.63E+12 2.87E+12 5.69E+12 3.02E+12 1.82E+11 1.24E+12 6.49E+11 9.34E+12 3.04E+12 1.84E+12 5.64E+12 2.66E+12 9.77E+11 6.24E+11 1.46E+12 1.88E+12 1.00E+13 2.00E+12 4.71E+12 2.71E+12 2.63E+10 3.84E+11 1.14E+11 2.02E+12 6.85E+12 1.23E+12 9.61E+12 2.41E+12 8.47E+10 2.09E+11 2.43E+11 1.62E+12 5.19E+11 8.03E+11 4.19E+12 2.50E+12 4.98E+12 5.55E+12 2.49E+11 1.20E+11 4.20E+11 5.03E+11 6.68E+11 1.43E+12 3.14E+12 7.09E+12 2.77E+12 8.38E+12 2.47E+10 1.69E+11 3.69E+10 2.91E+11 3.23E+11 1.76E+12 3.01E+12 3.13E+12 1.21E+12 4.20E+12 7.07E+12

6 7 7 7 7 7 7 7 7 8 8 8 8 8 8 8 8 8 9 9 9 9 9 9 9 10 10 10 10 11 11 11 11 11 11 11 12 12 12 12 12 12 12 13 13 13 13 13 13 13 13 13 14 14 14 14 14 14 14 14 15 15 15 15

100 17 20 36 37 38 40 89 102 21 22 37 39 40 42 90 100 108 22 39 41 42 91 102 109 23 43 108 109 26 27 47 48 49 132 139 26 27 48 49 50 133 142 28 29 51 52 53 58 59 132 141 29 51 53 54 60 133 138 144 31 33 55 59

gf 2.051 0.189 0.597 1.037 1.330 1.397 0.214 0.540 1.622 0.315 0.290 0.279 0.735 1.781 0.207 0.919 0.162 0.445 0.314 0.683 0.504 0.767 0.561 0.108 0.276 0.200 0.989 0.343 0.162 0.344 0.443 2.563 0.304 1.141 0.937 0.297 0.452 0.142 1.069 0.891 0.957 0.682 0.230 0.286 0.283 0.696 1.873 0.173 0.109 0.149 0.282 0.517 0.278 0.761 0.551 0.414 0.223 0.127 0.201 0.187 0.391 0.624 3.072 0.417 (continued on

A 3.00E+12 1.11E+10 2.91E+10 2.97E+11 4.78E+11 6.71E+11 8.28E+10 7.06E+11 3.17E+12 3.92E+10 2.45E+10 9.47E+10 3.52E+11 6.53E+11 1.53E+11 1.61E+12 2.27E+11 1.32E+12 2.57E+10 3.22E+11 7.33E+11 5.62E+11 1.47E+12 2.04E+11 1.63E+12 4.96E+10 7.19E+11 9.32E+11 8.80E+11 2.16E+10 3.76E+10 7.34E+11 1.46E+11 4.15E+11 1.74E+12 4.31E+11 2.79E+10 1.19E+10 5.10E+11 3.22E+11 6.94E+11 1.91E+12 4.47E+11 3.56E+10 2.43E+10 3.30E+11 6.73E+11 1.26E+11 5.54E+10 5.71E+10 5.03E+11 1.45E+12 2.35E+10 3.59E+11 4.00E+11 6.04E+11 1.72E+11 3.41E+11 1.11E+12 1.05E+12 1.95E+10 4.06E+10 7.23E+11 1.53E+11 next page)

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J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 8 (continued) Cu-like Au

Ni-like Au

Co-like Au

i

j

gf

A

i

j

gf

A

i

j

gf

A

22 22 22 22 22 22 22 22 23 23 23 23 23 23 23 23 23 24 24 24 24 24 24 24 24 24 24 24 25 25 25 25 25 25 25 25 25 25 25 26 26 26 26 26 26 26 27 27 27 27 28 28 28 28 28 28 28 28 28 28 28 29

46 48 50 55 57 59 136 138 62 63 67 69 75 78 79 80 86 36 67 68 69 78 80 82 84 90 104 133 36 67 69 72 74 75 77 78 80 90 111 36 70 73 75 79 86 111 97 98 102 225 44 45 56 60 65 71 76 81 82 84 239 46

0.493 0.283 0.557 0.705 1.116 0.939 0.164 0.497 0.155 0.227 0.644 0.821 0.145 1.498 0.185 0.194 0.499 0.487 0.184 1.225 0.604 0.183 0.231 1.733 1.171 0.880 0.131 0.119 0.283 0.106 0.185 0.784 0.111 0.158 0.102 0.210 0.822 1.132 0.305 0.168 0.257 0.109 0.298 0.378 0.727 0.217 1.517 3.390 2.648 0.976 0.676 0.478 0.122 2.865 0.345 0.721 0.105 1.947 0.149 0.204 1.500 0.262

3.44E+11 4.00E+11 2.66E+11 1.47E+12 1.19E+12 6.79E+11 4.77E+11 2.90E+12 2.22E+11 3.29E+11 4.80E+11 4.13E+11 1.14E+11 1.08E+12 4.05E+11 2.14E+11 5.68E+11 7.41E+10 1.29E+11 4.31E+11 2.86E+11 1.26E+11 2.42E+11 9.22E+11 6.26E+11 6.48E+11 8.64E+10 1.56E+11 4.17E+10 7.34E+10 8.63E+10 3.75E+11 5.35E+10 1.15E+11 1.66E+11 1.42E+11 8.52E+11 8.24E+11 8.50E+11 2.44E+10 3.59E+11 7.81E+10 2.15E+11 7.73E+11 7.72E+11 5.99E+11 1.59E+12 1.81E+12 1.93E+12 2.84E+12 5.10E+10 3.00E+10 1.69E+10 4.26E+11 6.56E+10 1.43E+11 2.74E+10 6.16E+11 5.91E+10 8.10E+10 2.17E+12 3.83E+10

14 14 14 14 15 15 15 15 15 15 15 16 16 16 16 16 16 16 16 16 17 17 17 17 17 17 17 17 17 18 18 18 18 18 18 18 18 18 19 19 19 19 19 19 20 20 20 20 20 20 20 20 20 20 21 21 21 21 21 21 21 21

33 84 92 136 33 35 84 88 92 136 139 29 34 36 60 85 93 124 138 141 35 36 84 85 88 92 93 139 141 38 39 41 64 65 90 122 123 127 40 45 66 91 126 130 39 41 44 65 67 90 91 123 127 129 44 45 66 67 90 91 127 129

0.367 0.123 0.139 0.244 0.301 0.755 0.309 0.116 0.362 0.207 0.504 0.162 2.138 0.362 0.107 1.223 0.903 0.161 1.467 0.236 0.416 1.320 0.335 0.401 0.117 0.329 0.377 0.277 0.894 0.174 0.360 0.235 0.134 0.117 0.281 0.357 0.702 0.436 1.955 0.406 1.242 0.816 3.752 0.726 0.144 0.513 0.614 0.344 0.194 0.372 0.101 0.317 1.025 1.165 0.555 1.197 0.173 0.762 0.275 0.374 0.213 1.068

2.03E+11 1.27E+12 1.82E+12 4.79E+12 1.59E+11 2.53E+11 3.17E+12 1.27E+12 4.69E+12 4.05E+12 5.93E+12 2.63E+10 3.88E+11 8.80E+10 1.18E+11 7.69E+12 7.03E+12 1.31E+12 9.56E+12 1.98E+12 1.34E+11 3.11E+11 3.41E+12 2.50E+12 1.27E+12 4.23E+12 2.92E+12 3.24E+12 7.48E+12 3.02E+11 2.15E+11 8.90E+10 1.52E+12 4.53E+11 1.73E+12 1.80E+13 1.19E+13 4.43E+12 3.15E+11 8.46E+10 2.04E+12 3.55E+12 1.72E+13 4.08E+12 8.01E+10 1.81E+11 1.60E+11 1.30E+12 4.49E+11 2.25E+12 4.35E+11 5.29E+12 1.03E+13 8.37E+12 1.41E+11 2.40E+11 2.81E+11 1.75E+12 1.65E+12 1.61E+12 2.13E+12 7.64E+12

15 15 15 16 16 16 16 16 16 16 17 17 17 17 17 17 18 18 18 18 18 18 18 19 19 19 19 20 20 20 20 20 21 21 21 21 21 21 22 22 22 22 22 22 22 23 23 23 23 24 24 24 24 25 25 25 25 25 25 26 26 26

61 88 139 30 34 53 58 60 138 141 62 63 65 67 131 158 31 33 52 56 59 61 142 34 57 60 144 63 64 65 134 159 66 67 69 140 158 174 63 66 67 68 143 159 175 75 77 174 175 44 70 71 73 44 45 70 71 72 132 93 94 95

1.604 0.100 1.284 0.158 0.213 0.206 1.340 0.275 0.181 0.251 1.438 1.544 1.145 0.129 0.589 1.672 0.619 0.189 0.124 1.406 1.450 1.010 0.974 0.169 0.441 0.505 0.178 0.470 3.459 1.683 0.732 2.042 0.776 0.745 0.558 0.593 0.106 0.259 0.125 0.209 0.764 2.164 0.908 0.160 0.460 0.170 0.851 0.152 0.349 0.327 0.791 0.712 0.507 0.280 0.333 0.199 0.813 2.064 0.101 2.858 1.264 0.267

4.80E+11 6.36E+10 1.75E+12 3.83E+10 2.80E+10 1.44E+11 6.51E+11 2.04E+11 9.78E+11 6.88E+11 9.75E+11 8.02E+11 4.86E+11 9.48E+10 7.66E+11 3.27E+12 3.04E+10 1.21E+10 4.22E+10 6.66E+11 5.29E+11 3.00E+11 1.78E+12 2.13E+10 6.31E+11 3.69E+11 9.74E+11 2.41E+11 1.19E+12 7.07E+11 7.63E+11 2.98E+12 7.95E+11 5.13E+11 1.19E+12 1.56E+12 2.00E+11 1.54E+12 6.04E+10 2.13E+11 5.23E+11 1.14E+12 1.59E+12 2.26E+11 1.36E+12 1.76E+11 8.93E+11 8.24E+11 9.49E+11 2.73E+10 5.66E+11 3.44E+11 7.39E+11 2.27E+10 4.45E+10 1.41E+11 3.88E+11 7.42E+11 1.22E+11 1.19E+12 6.60E+11 1.87E+11

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

225

Table 8 (continued) Cu-like Au

Ni-like Au

Co-like Au

i

j

gf

A

i

j

gf

A

i

j

gf

A

29 29 29 29 29 29 29 29 29 29 29 29 29 30 30 30 30 30 30 30 30 31 31 31 31 31 31 31 31 31 31 31

47 51 61 64 66 74 76 82 84 87 88 240 245 47 61 66 74 77 83 87 240 45 50 51 64 65 74 76 81 82 84 87

0.262 0.142 0.155 1.092 0.654 0.104 0.258 0.266 0.571 0.125 0.477 0.495 0.364 0.213 0.471 0.712 0.149 0.198 0.401 0.403 0.321 0.135 0.415 0.326 0.750 2.081 0.132 0.116 0.299 0.388 0.493 0.539

2.60E+10 1.13E+10 6.70E+10 2.46E+11 1.99E+11 3.42E+10 6.43E+10 1.02E+11 2.20E+11 6.54E+10 3.76E+11 1.43E+12 7.08E+11 2.10E+10 2.04E+11 2.16E+11 4.87E+10 2.23E+11 6.14E+11 2.10E+11 9.24E+11 7.74E+09 4.22E+10 2.55E+10 1.68E+11 3.75E+11 4.27E+10 2.87E+10 9.07E+10 1.47E+11 1.88E+11 2.80E+11

21 22 22 22 22 22 22 22 23 23 23 23 23 23 23 24 24 24 24 24 24 24 24 24 25 25 25 25 25 25 25 25

130 47 51 71 72 98 132 140 46 49 70 96 126 131 134 48 50 71 73 97 99 129 133 135 47 50 71 72 97 98 132 135

2.260 0.475 0.248 0.102 0.243 0.145 1.053 0.490 2.190 0.307 1.539 0.757 0.211 5.032 0.633 1.152 0.372 0.485 0.397 0.262 0.235 0.149 2.576 0.862 0.303 0.786 0.376 0.170 0.226 0.114 0.790 1.754

1.26E+13 1.38E+11 1.53E+11 2.39E+11 9.52E+11 1.62E+12 1.01E+13 8.04E+12 2.36E+11 4.26E+10 1.97E+12 2.80E+12 9.12E+11 1.86E+13 2.78E+12 1.83E+11 7.80E+10 1.11E+12 6.57E+11 1.73E+12 1.11E+12 1.01E+12 1.37E+13 5.90E+12 8.08E+10 1.62E+11 8.56E+11 6.47E+11 1.49E+12 1.26E+12 7.50E+12 1.20E+13

26 26 27 27 27 27 27 27 27 27 28 28 28 28 28 28 28 28 28 29 29 29 29 29 29 29 29 30 30 30 30 31

185 196 92 94 95 99 128 185 189 203 95 96 97 98 103 104 189 192 206 97 98 99 104 105 128 185 200 96 103 106 192 101

0.884 0.330 0.960 0.894 0.903 0.125 0.156 0.161 0.626 0.173 0.146 0.285 0.780 0.231 0.213 0.441 0.214 0.139 0.130 0.205 0.374 1.841 0.212 0.318 0.274 0.183 0.609 0.221 0.257 0.525 0.221 3.451

1.65E+12 4.78E+11 9.74E+11 4.65E+11 6.30E+11 6.89E+10 1.48E+11 2.99E+11 1.76E+12 3.37E+11 9.58E+10 5.76E+11 8.02E+11 1.60E+11 4.65E+11 3.22E+11 5.78E+11 7.70E+11 7.39E+11 2.08E+11 2.56E+11 9.47E+11 1.53E+11 1.74E+11 2.44E+11 3.26E+11 1.70E+12 4.34E+11 5.46E+11 5.67E+11 1.20E+12 1.18E+12

226

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 9 Collision strengths at six scattered electron energies of 100, 500, 1000, 5000, 10,000, and 20,000 eV for Ge-like and Ga-like Au (a ± b ” a · 10±b). See page 205 for Explanation of Tables i

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

j

Ge-like Au

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63

Ga-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

1.9603 5.2602 1.9203 3.0501 1.8105 2.8506 1.3003 7.0001 1.3803 9.3803 1.1004 3.3004 2.2007 1.3403 9.0306 2.8205 9.4904 3.2302 2.5103 5.6406 5.1605 1.1004 6.4107 6.9202 1.2806 2.3207 7.4906 2.5904 3.7603 4.5306 1.5208 1.3703 3.1902 1.0507 2.7507 9.6203 8.5704 2.4903 1.2405 1.0703 7.8804 4.1605 3.0505 3.5307 4.3406 2.8804 7.6906 1.6104 6.0407 9.3806 1.6607 6.8806 5.7607 3.2203 2.3606 2.1706 5.5006 5.5504 4.3907 4.3305 1.1804 1.5207

1.5503 5.2702 1.5103 3.2901 1.8205 2.6606 9.9904 7.5401 1.0503 9.4903 8.2805 3.2904 1.6807 1.4403 6.8506 2.7605 7.4104 3.3602 1.9603 4.3806 5.5205 1.0804 5.0007 7.2802 9.8107 1.6807 7.1606 2.8004 3.9703 4.4306 1.1108 1.0703 3.3702 1.0207 2.1307 1.0202 6.7404 2.4903 1.3505 8.4204 7.8504 4.2905 2.3505 3.5107 3.3906 3.0604 6.0206 1.2504 4.7307 9.9206 1.2707 5.3006 4.5007 3.4203 1.8406 2.0806 5.1606 5.8904 3.3907 3.3505 1.1604 1.2007

1.1803 5.2902 1.1603 3.5601 1.8305 2.5106 7.5004 8.1501 7.8504 9.7003 6.1205 3.3204 1.2507 1.5603 5.0906 2.7505 5.6004 3.4802 1.4903 3.3206 5.9205 1.0704 3.8207 7.6302 7.3507 1.2107 6.9506 3.0204 4.1803 4.1206 7.9809 8.0904 3.5602 9.4008 1.6107 1.0702 5.1204 2.5303 1.4605 6.4004 7.9204 4.4705 1.7705 3.5307 2.5806 3.2504 4.5806 9.5205 3.6007 1.0505 9.5508 4.0006 3.4207 3.6303 1.3906 1.8706 4.9306 6.2504 2.5507 2.5305 1.1604 9.4208

2.3604 5.4202 2.1004 4.8801 1.8605 4.4307 1.7304 1.09+0 1.7504 1.1902 1.5105 3.9004 2.1608 2.0703 1.4306 2.9305 1.2204 4.1802 3.1904 7.2007 7.9705 1.1904 7.9008 9.3402 1.6507 4.2008 7.3506 4.1204 5.1603 3.6206 2.9309 1.8204 4.4202 8.3908 4.1208 1.3302 1.0404 3.0303 2.0105 1.3204 9.3304 5.4205 4.2506 4.1307 6.3307 4.0704 1.0706 2.1705 7.7508 1.3105 3.3208 9.7307 8.1108 4.5603 3.0807 1.5606 5.0006 7.8504 7.5508 6.1206 1.3504 3.8008

6.2305 4.7102 3.7505 5.6601 1.7205 9.9207 4.6305 1.31+0 4.7205 1.2802 4.6006 4.2004 4.9109 2.5403 4.6807 3.4205 3.2505 3.5602 8.2805 1.7207 9.5005 1.2804 1.6308 8.1502 3.9908 1.4108 7.9206 4.9604 4.6003 3.4106 1.1409 4.4905 4.0002 7.8608 1.1308 1.2102 2.6305 3.7803 2.4305 3.3805 1.1603 4.9605 1.2906 5.1107 1.6907 3.7304 2.8607 5.4506 2.0108 1.2005 1.1808 2.9307 2.3908 4.2103 8.9508 1.6706 5.9806 7.2804 2.2508 1.9306 1.6604 1.4408

1.5405 4.5702 8.3906 6.4701 1.7005 1.7506 8.7006 1.52+0 6.3306 1.3302 5.5807 4.3704 1.1709 2.9903 6.3708 3.9605 6.1706 3.8202 1.5505 3.1608 1.1204 1.3204 2.4809 8.7002 8.5209 1.1909 8.0806 5.8904 4.8903 3.3806 1.2410 8.6906 4.2302 7.9108 2.1809 1.2802 3.8206 2.9103 2.9205 5.0706 8.9604 5.2005 2.7307 3.9707 3.1808 3.9404 5.4808 1.0706 4.3109 1.2705 2.3909 5.8508 4.9909 4.4503 1.6408 1.5406 4.6806 7.6804 4.3609 4.1007 1.3104 3.1409

2.6001 5.7502 7.1203 2.3103 4.6801 4.3101 7.0801 1.0302 7.9003 5.8304 4.9604 2.8604 3.5403 3.7402 5.7604 1.2102 1.1902 2.8203 7.4302 5.7202 4.3803 4.6303 8.3606 4.0402 1.9105 4.7103 2.8007 5.2205 4.1104 3.2004 5.0004 4.3907 3.0304 7.4706 2.0503 1.9103 2.6105 3.7506 1.6004 2.5807 5.5605 5.3405 2.6703 7.2503 5.1303 3.6203 8.0904 1.8203 7.8703 8.6203 1.5806 6.3004 2.3105 1.1206 2.3803 2.8606 1.1606 4.4804 2.1005 7.3206 1.1606 1.6005

2.8601 5.7202 7.3503 1.8803 5.0401 4.6501 7.6101 1.0102 8.2403 5.6704 5.3404 3.0304 3.3803 3.8802 4.5104 1.2402 1.2102 2.2203 7.8002 6.0202 4.6203 4.8803 8.0906 4.2302 1.5805 4.3403 2.2407 5.4905 4.3204 3.0104 5.1004 3.4507 3.1904 6.1706 2.1603 2.0103 2.7105 3.3506 1.5004 2.1207 5.7405 5.1505 2.5403 7.2703 5.0403 3.5603 6.9204 1.4703 7.9403 8.8103 1.6406 6.4804 2.2405 1.1006 2.4503 2.8306 1.1806 4.6004 1.7205 5.9506 1.1406 1.6205

3.1101 5.7102 7.6703 1.5203 5.4601 5.0301 8.2101 1.0002 8.5503 5.6004 5.7704 3.2204 3.2403 4.0202 3.4204 1.2702 1.2302 1.7003 8.1502 6.3002 4.8603 5.1303 7.5006 4.4302 1.3105 4.0603 1.7707 5.7805 4.5404 2.8804 5.2404 2.6407 3.3604 4.8906 2.2803 2.1203 2.8305 3.0306 1.4304 1.7307 5.9505 5.0205 2.4403 7.3403 4.9903 3.5203 5.8804 1.1403 8.0503 9.0403 1.7206 6.7004 2.1905 1.0906 2.5303 2.8506 1.2206 4.7504 1.3805 4.7006 1.1306 1.6605

4.3101 5.7602 9.6203 5.4704 7.4601 6.8701 1.09+0 1.1502 9.2103 6.2804 7.6204 4.0904 3.2003 4.8002 7.7305 1.5002 1.4002 4.3104 9.9402 7.7002 5.9703 6.3103 6.8006 5.3902 6.3706 3.7703 6.0408 7.1105 5.5804 2.9104 6.1004 5.9608 4.1304 2.2406 2.8203 2.6103 3.4205 2.5606 1.4704 1.0407 7.1005 5.1805 2.3203 8.0703 5.1903 3.6503 3.3704 2.7404 8.9503 1.0402 2.0806 7.8104 2.3405 1.2506 2.9503 3.2906 1.5406 5.5204 4.3806 1.2606 1.3206 1.8905

4.8201 5.0002 1.1002 3.6904 8.6501 7.9701 1.31+0 1.2202 8.8803 6.7004 9.3904 5.0104 2.6303 4.0902 2.0505 1.2802 1.2002 1.8004 8.6702 6.7202 5.3203 5.6303 6.6306 4.8602 5.5106 4.4803 1.7708 6.4605 5.0904 3.4904 7.2204 1.6408 3.7804 1.9806 2.6003 2.4103 3.1305 2.9206 1.7504 1.0307 6.5705 4.6805 2.7603 9.8903 6.3003 4.4303 3.1404 7.0005 1.1002 1.2802 1.9506 9.6404 2.6905 1.4406 3.6303 3.7906 1.8506 6.7704 2.2606 3.7407 1.5406 2.3005

5.3301 4.8602 1.2502 3.5204 9.8801 9.1101 1.52+0 1.2702 8.8803 6.9404 1.1103 5.9004 2.7803 4.3802 4.3606 1.3702 1.2802 8.2205 9.2502 7.1702 5.6603 5.9803 6.6506 5.1402 6.0506 3.4203 4.3709 6.8405 5.3704 2.7004 6.5604 3.8009 4.0004 1.7006 2.7403 2.5403 3.3105 2.2606 1.3704 8.7008 6.9505 4.8605 2.3003 8.3703 5.2903 3.7303 3.5604 1.7005 9.3003 1.0902 2.0506 8.2104 3.2205 1.7006 3.1003 4.4806 2.2606 5.7904 1.3606 8.8708 1.8406 1.9705

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

227

Table 9 (continued) i

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

j

64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28

Ge-like Au

Ga-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

7.6205 7.3108 1.4005 6.2205 6.3803 8.6004 1.2606 8.8708 1.6703 1.0702 2.7407 9.2607 2.6705 7.0707 6.6106 6.4707 2.1107 1.3506 6.5906 1.4603 3.3906 9.4706 9.9609 6.9207 4.4408 8.5408 1.4705 1.0109 2.9908 1.0507 1.5808 6.1307 4.8707 3.5810 1.7807 4.4404 3.2308 3.4302 2.6001 7.7302 4.2202 8.5304 1.3902 1.8402 5.3501 5.5903 5.8401 6.9804 8.0002 4.0901 1.2303 1.9001 3.8904 3.8104 1.2603 4.3601 4.6101 1.7103 1.7401 3.9105 9.4303 2.7803 4.1903

7.9205 6.0608 1.0805 6.4605 6.3903 6.9104 1.3306 6.9308 1.3403 1.0902 2.0607 7.4007 2.8305 5.6007 5.3106 4.8607 1.6107 1.0706 6.9706 1.5003 2.7306 9.7706 7.9009 6.5207 3.4508 7.2608 1.1905 8.2410 2.4908 8.4008 1.2008 4.6807 5.0207 6.1310 1.3907 4.5704 2.5708 3.6502 2.8601 8.4402 4.1802 6.7404 1.4502 1.9702 5.8101 5.1803 6.3201 5.4604 8.6302 4.4201 1.1703 2.0501 3.9504 3.8804 1.3103 4.7001 4.9601 1.4003 1.8701 3.0605 9.5403 2.6603 4.0503

8.2705 5.0908 8.1306 6.7405 6.4503 5.3704 1.4006 5.2608 1.0403 1.1202 1.5107 5.7407 3.0205 4.2907 4.1406 3.5707 1.1907 8.3007 7.4306 1.5603 2.1606 1.0105 6.0909 6.1607 2.6308 6.2208 9.3406 6.8110 2.0708 6.5308 9.0709 3.5007 5.2207 4.2809 1.0707 4.7304 1.9808 2.5402 3.1101 9.1402 4.1502 5.1504 1.5202 2.1102 6.3001 4.8903 6.8501 4.2004 9.3602 4.7901 1.1403 2.2101 4.0004 3.9404 1.3503 5.0801 5.3701 1.1403 2.0201 2.3205 9.7403 2.5903 3.9803

1.0004 3.3008 2.0806 8.2105 7.0903 1.3204 1.7606 1.2908 2.5304 1.2902 4.3508 1.4607 3.8305 7.9508 1.0706 9.9508 2.7808 1.8507 9.8506 1.8103 7.8207 1.2105 1.5309 5.7907 7.8409 4.0408 2.4706 7.8010 1.1008 1.5008 3.4909 1.0507 6.3507 5.6808 2.6508 5.5204 3.9509 3.5502 4.3101 1.2601 4.1402 1.0504 2.0802 2.8202 8.6401 5.2203 9.3801 8.5705 1.2801 6.5501 1.1903 3.0301 4.0504 4.0104 1.4503 6.7901 7.1701 6.1204 2.7001 5.3506 1.1902 2.7903 4.4203

9.2905 3.2608 6.0907 7.6305 8.6803 3.1605 1.6506 3.6609 5.9305 1.6002 1.0808 4.1208 3.6205 1.9308 2.7807 2.6308 8.1309 4.3808 1.1805 2.2303 4.9207 1.1305 3.7910 5.0807 2.4009 4.2108 6.6607 8.6810 1.0208 3.7409 1.2009 3.3108 6.0407 1.6906 7.1709 6.7104 1.1609 3.8802 4.8201 1.4201 3.5902 2.7605 2.1802 3.2302 9.9501 5.1003 1.09+0 2.2605 1.4901 7.6101 1.3103 3.5201 3.8004 3.7604 1.3803 8.1401 8.6101 5.0904 3.2401 1.7906 1.2802 3.0903 4.6803

9.8405 3.3308 1.4207 8.0105 7.3403 6.9506 1.7306 7.1410 1.2805 1.3502 1.3309 1.3808 3.8105 3.4709 6.0608 2.4509 8.6710 8.7409 1.4205 1.9103 3.4407 1.1905 6.3911 5.3007 4.9310 3.1808 1.5707 9.4210 7.6309 8.2110 3.1310 4.3209 6.3607 2.1206 1.4809 5.7904 2.8810 4.2402 5.3301 1.5701 3.4902 6.7506 2.3902 3.6502 1.13+0 5.3603 1.24+0 1.0305 1.7001 8.7101 1.4803 4.0301 3.7704 3.7304 1.3703 9.4501 9.9901 4.9004 3.7601 8.0807 1.3402 3.3903 4.8503

4.9904 4.8104 1.6004 4.9505 6.5706 5.3205 1.5905 1.8806 1.0305 4.1006 5.5907 3.7205 5.7707 5.8607 5.0105 3.0907 4.2707 1.6405 3.2607 5.3406 3.6605 6.6006 7.2906 3.3205 1.4805 2.7005 8.7306 6.8305 2.4105 1.5405 1.2905 2.2705 1.1905 1.5905 8.7506 4.1705 4.7107 3.3003 9.6703 7.0302 2.5702 1.0203 1.4303 1.4703 3.1101 1.4305 7.3606 3.8506 2.3702 1.9503 3.5701 7.3501 3.5003 1.1202 5.3203 5.1702 3.1803 1.8404 4.1104 4.2006 5.2302 6.0405 4.1306

5.1304 4.9504 1.7304 5.3605 5.8706 5.4005 1.7305 1.5506 1.0405 3.3206 4.3707 3.8105 5.4507 5.4707 5.1505 2.7007 4.1707 1.6805 2.5107 5.7206 3.7605 7.0906 5.9306 3.4005 1.4605 2.9305 7.0006 7.3205 2.3505 1.5305 1.0505 1.8505 1.1205 1.7105 9.4706 4.2005 5.1107 4.3403 9.1603 7.0402 2.5702 8.1504 1.4503 1.5003 3.3501 1.2205 6.8606 3.6506 2.5202 1.6303 3.8401 7.8901 3.1603 1.1402 5.2503 5.5202 3.4003 1.8004 4.4204 3.5906 5.4502 6.1805 4.2806

5.3104 5.1204 1.8804 5.8005 5.2906 5.5205 1.8705 1.2606 1.0605 2.6006 3.4007 3.9205 5.2707 5.2107 5.3105 2.4007 4.1907 1.7305 1.8807 6.1606 3.8705 7.6706 4.7006 3.5105 1.4605 3.1805 5.5106 7.8905 2.3205 1.5405 8.2806 1.4705 1.0705 1.8505 1.0205 4.2405 5.5807 4.8303 8.7303 7.0602 2.5702 6.2904 1.4703 1.5303 3.6201 1.0405 6.4706 3.4906 2.7002 1.3703 4.1401 8.5201 2.9003 1.1702 5.2503 5.9302 3.6603 1.7804 4.7704 3.0906 5.6402 6.3505 4.4806

6.1704 7.5104 6.4804 5.9604 7.2504 6.2604 2.5704 3.1304 3.8004 7.9405 9.7005 1.1804 4.0706 4.1106 4.6506 6.2105 7.4605 6.4705 1.3305 3.4205 3.4305 5.2007 3.4807 2.7707 1.1905 1.4205 1.2305 7.0807 2.1607 7.1508 2.4507 1.1307 9.8708 4.4905 5.3505 4.6905 5.8407 5.9207 6.9607 5.0907 5.8307 4.8107 6.1205 7.2305 6.3905 1.9807 2.2707 2.1707 5.1407 5.7207 7.0907 2.0005 2.3905 2.0805 4.3808 1.0908 2.1709 8.9006 1.0105 1.2705 4.4505 5.2305 4.6605 1.1105 1.2705 1.5905 1.5106 8.2107 5.7307 4.0405 4.8405 4.2105 1.5305 1.7905 1.5505 4.7105 5.4205 6.8705 1.4606 7.3007 1.3307 1.1504 1.3404 1.7104 2.3605 2.5205 2.4005 1.6505 1.9505 1.6905 2.9406 2.0006 1.5706 5.3106 3.5906 2.8106 1.0005 1.1405 9.7306 2.7105 3.1605 4.0505 1.5005 1.6905 2.1405 4.5805 5.3005 4.6405 8.4207 9.7407 1.2506 5.9803 6.4703 6.9603 5.9903 6.3603 6.5003 7.2502 6.2802 6.1002 2.5902 2.2702 2.2102 1.3604 4.9405 2.6105 1.5103 1.3803 1.3603 1.5703 1.4503 1.4303 4.9301 5.7201 6.5301 5.6906 4.4406 4.1806 6.0306 6.1106 6.1106 3.1406 2.8106 2.7406 3.5602 4.2202 4.8702 8.6204 7.6104 7.5004 5.5201 6.6101 7.6701 1.14+0 1.36+0 1.58+0 2.6303 2.6603 2.7303 1.4302 1.5402 1.6002 6.1003 6.5203 6.7603 7.8102 9.4202 1.1001 4.7803 5.8503 6.8803 2.0004 2.1404 2.2204 6.3004 7.7804 9.2104 2.0806 1.8806 1.8506 6.7702 5.7902 6.2002 7.6605 8.3005 8.5605 5.7106 6.7606 7.9206 (continued on next page)

228

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 9 (continued) i

2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

j

29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92

Ge-like Au

Ga-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

1.3603 7.9103 8.1906 8.9904 5.5303 5.6403 2.9304 2.8703 1.9102 4.0703 2.6003 2.4704 7.3302 1.1603 6.8103 8.7203 2.4203 1.6103 2.1204 8.4603 4.7503 5.3105 3.0902 9.0403 4.6302 2.7802 1.5202 5.9302 2.3305 4.5505 2.6903 8.0803 8.4803 4.0204 3.7403 1.0103 1.3807 5.4603 2.9502 6.3805 1.1504 1.6703 2.0903 2.2805 5.6905 1.9302 1.6803 2.0802 1.7202 1.0605 1.4203 1.8206 2.8103 2.9506 3.3205 1.7403 1.4703 1.7304 7.9204 1.1903 2.2504 5.5804 7.3507 4.6305

1.2703 8.2703 6.4106 9.5304 5.5903 5.1903 2.2904 2.7903 1.9802 3.5903 2.2303 2.5904 7.7102 9.7504 6.9903 8.9803 1.8903 1.6203 1.8804 8.7603 4.9203 5.3205 3.2302 9.5003 4.8502 2.9202 1.5902 6.2502 1.8205 3.6005 2.7903 8.5003 8.7903 3.1504 3.9303 8.0104 1.0607 5.6203 3.1002 6.4005 1.1504 1.7603 2.2103 1.8905 5.2905 2.0302 1.4403 2.1902 1.8202 8.8806 1.2003 1.8606 2.8103 2.5306 3.0005 1.5103 1.3503 1.8304 7.8004 1.2403 2.0704 5.7304 5.7507 4.1505

1.2203 8.5903 4.8706 1.0203 5.6803 4.8003 1.7304 2.7203 2.0502 3.1803 1.9203 2.7504 8.0602 8.1704 7.1703 9.2303 1.4303 1.6303 1.6804 9.0303 5.0903 5.4005 3.3802 9.9403 5.0602 3.0702 1.6602 6.5502 1.3805 2.7805 2.8803 8.9103 9.1003 2.4104 4.1203 6.2104 8.1708 5.7903 3.2602 6.4705 1.1604 1.8603 2.3303 1.5305 4.9605 2.1302 1.2303 2.3102 1.9302 7.4206 1.0203 1.9306 2.8503 2.1906 2.7305 1.3103 1.2603 1.9404 7.7604 1.3003 1.9404 5.9104 4.3707 3.7905

1.2503 9.3103 1.0806 1.3203 6.3703 4.0003 3.7605 2.8103 2.3202 3.5903 1.2703 3.4704 9.0402 4.6604 8.3803 1.0602 3.1204 1.8303 1.2504 8.3203 6.0803 6.4005 4.1102 1.2202 6.1602 3.7602 2.0202 8.0402 3.1306 7.9706 3.4303 1.0902 1.0802 5.8305 5.0503 1.7904 2.6508 6.8103 4.0002 7.3305 1.3204 2.2903 2.8803 6.3606 4.4805 2.6002 7.9704 2.8602 2.3902 4.0906 6.3004 2.4206 3.4003 1.5306 2.2105 9.4104 1.1203 2.4104 8.3504 1.5903 1.8304 6.9504 1.0807 3.3305

1.4403 8.9803 2.8407 1.6103 7.3803 3.5103 9.9906 2.3403 2.1002 1.7003 1.4303 4.2404 8.7102 4.9704 7.1703 9.4403 8.2705 1.5603 1.0404 9.0203 5.3703 8.1605 3.5602 1.0502 5.3602 3.2702 1.7502 7.0202 8.4207 4.4306 2.9903 9.5603 9.4303 2.0305 4.4503 7.9905 9.6109 5.9703 3.5302 7.8505 1.4404 2.0603 2.5803 4.7306 4.5305 2.3502 8.4704 2.5902 2.1702 3.8306 6.6204 2.9206 4.2303 1.5706 2.1805 1.0303 9.6204 2.2004 7.4504 1.4603 2.1704 7.7104 3.0208 3.8505

1.6603 8.9903 5.5308 1.8903 5.9203 3.5203 1.9106 2.4803 2.1802 2.3803 9.7504 4.9904 8.7602 3.3704 7.6603 9.8703 1.6205 1.6603 1.0304 1.0202 5.5903 5.9905 3.8002 1.1302 5.7202 3.5002 1.8702 7.4902 1.6107 2.5406 3.1803 1.0202 1.0002 6.8206 4.7403 5.6105 1.9309 6.3303 3.7602 8.0805 1.5404 2.1903 2.7503 4.0606 4.6005 2.4802 6.3004 2.7402 2.2902 4.3206 4.9204 3.5006 3.2703 1.8006 2.2005 7.7604 9.9604 2.3304 7.8204 1.5303 1.6704 7.6504 5.8909 2.9605

3.7505 9.0106 1.1004 5.8702 1.2106 7.9705 3.2005 1.6805 2.4805 3.3705 7.2106 1.0405 1.3804 8.9605 9.9307 1.3102 1.7103 2.6203 3.8802 3.2402 3.8903 2.3503 2.3103 5.0106 7.4004 3.6204 4.1206 2.6504 7.6606 1.8506 2.6403 1.9405 2.8705 6.3805 4.2305 6.6005 4.8104 5.4906 1.3906 2.1204 3.4904 1.4806 3.4706 6.1406 1.1205 2.7607 5.7606 8.0307 6.1007 3.6006 9.3107 4.4907 5.9805 1.8806 1.0905 1.1406 6.7107 8.3206 1.2005 9.2407 1.1705 8.5607 9.6306 3.2306

3.9705 8.2006 1.0904 6.1002 9.3607 8.5305 3.4205 1.6205 2.4205 3.6005 6.4506 1.0105 1.4804 9.5805 7.7607 1.3502 1.3603 2.3103 4.0902 3.4302 3.9203 2.1503 2.0403 5.3806 7.7204 3.8204 3.2406 2.2704 7.5806 1.7106 2.8003 1.5005 2.8505 6.6805 4.4005 5.9205 5.0404 4.3506 1.3106 2.2404 3.7004 1.3706 3.0906 6.1606 1.1505 2.2307 5.4006 7.7607 4.9807 3.3606 8.6307 3.5607 6.3205 1.5006 1.1405 9.9207 6.2807 7.4406 1.2305 9.2207 1.2105 7.0907 1.0105 2.8406

4.2205 7.5706 1.0904 6.3202 7.0907 9.1505 3.6505 1.5805 2.3905 3.8405 5.8406 9.8006 1.5904 1.0204 6.0407 1.4002 1.0703 2.0503 4.3102 3.6202 3.9903 2.0003 1.8103 5.7806 8.0604 4.0204 2.4706 1.9504 7.5806 1.5406 2.9703 1.1405 2.8805 7.0105 4.6005 5.3805 5.3104 3.3406 1.2006 2.3804 3.9204 1.2806 2.7806 6.2406 1.2005 1.8007 5.1506 7.6307 4.0607 3.2006 8.1507 2.7207 6.7005 1.1606 1.2005 8.8107 5.8307 6.7206 1.2705 9.3107 1.2505 5.8507 1.0705 2.5306

5.2105 6.7706 1.2304 7.5502 1.6307 1.2404 4.9105 1.6705 2.5905 5.1705 5.0106 1.0405 2.1604 1.3704 2.5507 1.6702 3.5004 1.5503 5.3002 4.4702 4.7603 1.8203 1.3203 7.8806 9.7504 4.9704 5.8207 1.3104 8.3006 1.1306 3.6903 3.0306 3.3605 8.5805 5.5905 4.5805 6.5304 1.0406 1.0106 2.9804 4.9204 1.0706 2.3106 7.1406 1.5505 8.2408 5.1906 7.8907 2.2007 3.2106 7.9807 8.5808 8.3905 2.5507 1.4905 7.5207 1.5806 5.5206 1.5105 1.0506 1.5105 3.0407 1.3305 1.9506

6.6205 6.9206 1.3304 6.5702 4.1508 1.4804 5.8305 1.7905 2.7905 6.1205 5.1706 1.1105 2.5704 1.6304 1.7507 1.4902 2.2204 1.7403 4.7902 4.0402 5.9203 2.1403 1.0703 9.4206 8.8604 4.5304 1.6507 1.3604 7.4506 1.0006 3.4003 1.1806 4.1205 7.8905 5.1405 5.1505 6.0704 3.6407 1.0606 2.7904 4.6204 1.2306 2.5806 6.6406 1.9005 4.6308 6.0806 7.0507 1.3807 3.7306 9.1507 3.1108 7.9305 6.0408 1.4105 8.1407 1.6707 6.0606 1.4005 9.5207 1.4005 2.6507 1.2605 2.1006

7.8505 7.0606 1.3704 7.0002 1.0308 1.7504 6.8505 1.8505 2.8805 7.1905 5.2306 1.1405 3.0404 1.9204 1.4207 1.5802 1.3904 1.3103 5.0602 4.2802 4.5803 1.6403 1.0903 1.1205 9.3504 4.7804 4.0908 1.0404 7.7706 9.3407 3.5903 4.2507 3.2505 8.3505 5.4305 4.0505 6.3904 1.9207 1.0306 2.9404 4.8504 1.0406 2.0506 6.8906 1.5505 3.8208 4.9206 7.4007 1.2107 3.0406 7.3907 3.2108 8.3405 1.2708 1.4805 6.5507 7.8907 4.9106 1.4805 1.0006 1.4805 2.0507 1.3205 1.7006

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

229

Table 9 (continued) i

2 2 2 2 2 2 2 2 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3

j

93 94 95 96 97 98 99 100 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58

Ge-like Au

Ga-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

2.5104 2.4404 7.9005 7.9205 8.2307 1.0803 2.5004 1.7903 2.5101 3.3101 1.0301 2.7202 8.3902 7.7503 9.2802 7.1001 2.6702 4.6201 3.9404 8.2103 9.8901 5.4101 5.5805 5.5305 1.6903 6.5401 8.0502 1.14+0 2.9004 5.3904 8.2803 6.6703 2.2102 6.4103 1.1402 3.8203 4.8904 2.4802 5.4003 9.2205 1.3903 2.0603 1.9902 3.3502 5.5604 3.6203 1.0701 2.2203 2.6202 5.4503 3.9203 9.4103 9.0504 1.6302 4.2003 2.0703 2.3103 6.3203 1.8902 4.7003 2.6002 2.2503 1.2101

2.5004 2.5704 8.0205 7.7805 6.4407 1.1303 2.5304 1.9003 2.7501 3.6301 1.0301 2.7402 9.0202 7.8303 9.9802 7.7101 2.8702 4.9901 3.0904 8.6603 1.07+0 5.8301 5.7305 5.3705 1.7503 7.0301 8.6302 1.23+0 2.2304 5.5804 7.7203 6.6303 2.3002 6.5703 1.1902 4.0003 4.8604 2.4702 5.4503 9.0205 1.4303 1.8903 2.0602 3.3902 5.9004 2.9703 1.1301 2.1003 2.7202 5.6103 3.9703 9.5703 8.8004 1.6902 3.2903 2.0303 2.2503 6.4803 1.9902 4.8303 2.7102 2.3103 1.2701

2.5204 2.7204 8.1905 7.7605 4.9107 1.1903 2.5804 2.0203 3.0201 3.9401 1.0301 2.7502 9.6602 8.0003 1.0701 8.3501 3.0902 5.4101 2.3804 9.2303 1.16+0 6.3201 5.8605 5.2705 1.8003 7.6101 9.3202 1.33+0 1.6704 5.7404 7.3303 6.6703 2.4202 6.8003 1.2402 4.1603 4.9004 2.4602 5.5103 8.8505 1.4703 1.7603 2.1302 3.4402 6.3004 2.4303 1.1801 2.0003 2.8302 5.7703 4.0203 9.7203 8.6104 1.7502 2.5003 2.0003 2.2003 6.6403 2.0902 4.9703 2.8302 2.3703 1.3301

2.9804 3.3904 9.4005 8.5005 1.1607 1.4703 2.9304 2.5303 4.1501 5.4501 1.0401 2.8202 1.3101 1.0602 1.4601 1.15+0 4.1602 7.3901 4.3205 1.2202 1.58+0 8.6501 6.0805 4.5905 1.9203 1.02+0 1.2401 1.78+0 3.8805 6.0604 7.4703 7.9103 3.0802 8.4603 1.3402 4.5103 5.7004 2.4902 6.0003 8.8305 1.7203 1.5703 2.3602 3.6102 8.1404 1.7003 1.4301 1.9403 3.4002 6.7903 4.5803 1.1202 8.9704 2.0702 5.6304 2.1303 2.2903 7.7603 2.5502 5.8603 3.4102 2.7703 1.6201

3.6804 3.1304 1.1204 7.6705 3.2008 1.3503 3.5004 2.3503 4.6401 6.1301 9.0202 2.4702 1.4901 1.0602 1.6701 1.32+0 4.8002 8.5601 7.8606 1.4002 1.84+0 1.00+0 5.6805 4.3005 1.8203 1.22+0 1.4801 2.14+0 1.0605 5.7904 7.7503 8.4503 3.6002 9.4203 1.2902 4.3603 6.3404 2.4102 6.7903 7.8005 1.4503 1.7903 2.2702 3.5202 9.9104 1.0303 1.2301 1.6203 2.9202 5.8003 3.8903 9.5003 7.5004 1.8102 1.8104 1.8103 1.9303 6.6803 2.2202 5.1303 2.9702 2.3903 1.4201

2.8804 3.3004 1.0104 8.0005 6.3409 1.4303 3.1204 2.4803 5.1201 6.8001 8.7602 2.4102 1.6601 1.1302 1.8901 1.49+0 5.4702 9.7501 1.7706 1.6002 2.10+0 1.15+0 5.6505 4.4605 1.8103 1.41+0 1.7201 2.48+0 2.0506 5.7304 8.0003 8.8003 4.0802 1.0202 1.2902 4.3703 6.8604 2.3402 5.6203 8.0405 1.5503 1.3603 2.2502 3.4502 1.1603 9.5104 1.3101 1.6903 3.1202 6.2003 4.1503 1.0102 7.9604 1.9202 5.7505 1.9103 2.0503 7.1203 2.3702 5.4003 3.1602 2.5503 1.5101

5.0106 1.1206 7.4306 1.0505 1.4005 3.9307 2.7106 6.8608 6.3902 4.1201 2.7201 1.6501 3.5602 8.1701 9.8306 7.1001 3.0701 1.22+0 2.2804 3.1704 6.5905 2.1104 7.8604 2.4003 3.2605 4.8304 2.3403 1.7602 4.0003 2.2702 6.4307 6.3902 7.8704 4.8503 1.5102 5.6902 2.2806 3.1803 2.7303 7.4103 2.3903 3.6202 6.8402 1.2501 7.3603 2.9702 1.0803 5.5702 3.2305 4.9805 3.5805 1.0104 9.1505 2.0505 5.2705 1.1704 5.2103 1.4805 1.1205 5.4706 5.1405 2.6505 1.0105

5.2906 8.9707 6.4906 1.0705 1.4705 3.7407 2.2806 6.6108 6.9902 4.5201 2.9801 1.8101 3.7502 8.8401 9.4206 7.6601 3.3101 1.32+0 2.3304 3.2304 6.4405 2.1204 8.1604 2.4803 2.6405 4.9704 2.4403 1.8402 4.1803 2.2602 6.7907 6.5702 6.6504 4.7703 1.5502 5.9302 2.3106 2.4903 2.5603 7.6703 2.1303 3.7802 7.1902 1.3101 7.3303 3.1202 8.4504 5.8502 3.2905 5.0005 3.5405 1.0304 9.1705 1.7005 5.1005 1.1804 5.4903 1.2205 9.6606 4.4006 4.9005 2.7405 1.0505

5.6106 6.9807 5.7406 1.1005 1.5505 3.6007 1.9306 6.4608 7.8002 4.9701 3.2501 1.9701 3.9702 9.5801 9.4806 8.2901 3.5801 1.43+0 2.3704 3.2804 6.3005 2.1304 8.4004 2.5503 2.1105 5.0904 2.5303 1.9102 4.3403 2.2502 7.2607 6.7402 5.5904 4.7203 1.5802 6.1502 2.3706 1.8903 2.4203 7.9203 1.9003 3.9402 7.5302 1.3701 7.3303 3.2702 6.4404 6.1202 3.3905 5.0705 3.5505 1.0604 9.2805 1.3805 4.9805 1.2004 5.7803 1.0005 8.3906 3.4506 4.7305 2.8605 1.0905

7.0806 6.7606 7.0806 1.7407 5.9508 2.7608 4.3406 4.5806 3.7406 1.3005 1.2105 1.2705 1.9305 1.8405 1.9305 3.1507 2.7407 2.5807 1.2006 1.1606 9.3407 6.9708 6.3808 6.5008 1.0501 1.1701 1.2901 6.8501 7.6401 8.4401 4.4801 5.0301 5.5701 2.7201 3.0501 3.3901 5.3202 5.8502 6.5102 1.31+0 1.51+0 1.71+0 4.8806 4.0006 5.5406 1.13+0 1.31+0 1.49+0 4.8801 5.6701 6.4701 1.95+0 2.26+0 2.59+0 2.4304 2.2704 2.2504 3.3704 3.1504 3.1504 5.8905 5.4505 5.3805 2.1104 1.9804 1.9604 8.8804 8.4204 8.3804 2.7003 2.5903 2.5503 8.9006 8.8706 4.6906 5.2904 5.0204 5.0004 2.7303 2.6303 2.6303 2.0602 1.9802 1.9802 4.6903 4.5203 4.5303 2.2902 2.3502 2.1502 9.4907 1.1506 1.3506 7.2102 7.0502 6.9502 3.2604 2.2604 2.2704 5.0603 4.2203 4.5003 1.8202 1.5502 1.6502 7.3302 6.3702 6.7602 2.6806 3.0906 3.3306 4.2104 1.1104 2.3105 2.2603 1.8603 1.9603 9.4003 8.1003 8.6503 1.4903 1.2303 1.2103 4.7602 4.1302 4.4002 9.2102 8.0102 8.5502 1.6701 1.4601 1.5501 8.0303 6.9203 7.3003 4.0002 3.5102 3.7402 1.5004 4.0805 7.1906 7.4702 6.5702 7.0002 4.1205 4.6005 5.0405 5.8505 6.3405 6.5005 3.9705 4.2405 4.3605 1.3004 1.5004 1.7204 1.0904 1.2304 1.3904 6.4306 5.6606 4.8406 5.1605 5.4305 5.5705 1.4104 1.5604 1.6804 7.1103 6.3803 6.7803 4.5606 3.5406 3.4806 5.6806 5.7506 6.5806 1.0206 5.1007 4.3007 4.6705 4.8505 4.9605 3.5405 4.1005 4.6805 1.3805 1.6505 1.9705 (continued on next page)

230

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 9 (continued) i

3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4

j

59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

Ge-like Au

Ga-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

5.4602 3.0102 6.2103 1.2402 3.1803 9.1104 1.4702 5.7002 1.7302 4.5205 3.9705 6.3403 2.8203 6.1905 1.0504 2.7002 3.7802 1.1402 2.9903 2.1705 3.1903 3.8006 3.9003 1.2705 4.8305 3.2602 1.7803 5.7505 5.1304 1.4303 2.1503 2.3104 1.8704 2.2904 2.8504 4.6504 3.3904 4.0004 9.8606 3.6703 2.9704 1.0804 2.4202 2.4303 2.9506 6.9404 2.3604 4.8503 1.0702 3.7502 9.8102 1.1102 1.7102 5.9303 2.6503 2.9202 1.3501 8.5501 1.1103 1.3503 1.8503 4.2304 1.4601 2.6003

5.7502 3.1602 6.3503 1.2602 3.1603 7.8404 1.5502 6.0002 1.8202 4.5105 4.1405 6.7003 2.9803 6.1405 1.1004 2.8202 3.9702 1.1702 2.9703 1.9605 3.0903 3.0106 3.3903 1.0605 4.7905 3.4202 1.7603 5.8905 5.0304 1.4903 2.2403 2.3504 1.9704 2.3204 2.5104 4.8904 3.4604 4.1704 1.0205 3.8703 3.0304 9.9905 2.3302 3.1703 2.3006 6.5804 1.8004 4.6903 1.0602 3.6802 9.7902 1.1102 1.7102 5.7503 2.4103 3.1202 1.4601 9.2801 1.1203 1.3803 1.8803 4.3204 1.5701 2.6503

6.0302 3.3202 6.5003 1.2902 3.1603 6.7604 1.6302 6.2902 1.9102 4.5605 4.3505 7.0603 3.1403 6.1505 1.1604 2.9502 4.1702 1.2202 2.9803 1.7905 3.0303 2.3106 2.9603 8.7406 4.8005 3.5802 1.7703 6.0705 5.0104 1.5603 2.3503 2.4104 2.0904 2.3804 2.2404 5.1504 3.5604 4.3604 1.0705 4.0803 3.1104 9.3305 2.3202 3.5203 1.7806 6.4304 1.3404 4.5203 1.0602 3.6402 9.8102 1.1102 1.7102 5.6003 2.2003 3.3402 1.5801 1.01+0 1.1403 1.4003 1.9103 4.3904 1.7001 2.6903

7.3802 4.0602 7.5603 1.4802 3.4603 4.4604 2.0002 7.7102 2.3302 5.4905 5.6805 8.7103 3.8803 6.8605 1.4904 3.5902 5.1102 1.4502 3.2803 1.5105 3.2803 5.3007 2.1203 4.3506 5.3805 4.3902 2.0403 7.1405 5.7004 1.9003 2.8603 2.8104 2.6004 2.7804 1.8004 6.3504 4.1704 5.3604 1.2905 5.0703 3.6004 8.4605 1.5502 4.3603 3.2407 5.2604 3.0605 3.2303 8.1403 3.4902 9.9902 1.1402 1.7402 5.2303 1.6803 4.5702 2.1601 1.38+0 1.1603 1.4303 1.9503 4.5104 2.3101 2.7703

6.4402 3.5502 6.5703 1.2902 2.9803 3.5504 1.7602 6.7802 2.0502 6.4105 6.7705 7.8003 3.4703 7.3105 1.7404 3.2302 4.6602 1.3102 2.9103 1.5705 3.7703 1.2307 2.3503 3.6306 5.9305 4.0302 2.4503 6.4305 7.0004 1.7803 2.7103 3.0204 2.3804 2.7004 2.0404 5.8204 4.5904 5.1704 1.1805 4.6803 4.2504 7.3305 1.6102 4.7203 6.0808 5.4604 1.1705 3.5303 9.0003 3.0702 8.6902 9.9803 1.5302 4.5403 1.4003 5.0402 2.4501 1.59+0 1.0603 1.3103 1.7903 4.1204 2.6601 2.5503

6.8802 3.7802 6.9703 1.3602 3.1603 3.3204 1.8702 7.2302 2.1902 7.4105 8.0505 8.2903 3.6903 7.5305 1.9904 3.4202 4.8902 1.3802 3.0603 1.7205 3.0803 2.0908 1.7603 3.7306 6.4405 4.2102 1.9503 6.8005 5.4404 1.8203 2.7603 3.1204 2.5204 2.6604 1.5604 6.1504 4.6004 5.2104 1.2405 4.9403 3.8804 7.5605 1.6402 5.0803 1.3108 6.1004 6.3306 3.6603 9.3103 3.0002 8.4402 9.7203 1.4902 4.4103 1.3403 5.6102 2.7601 1.80+0 1.0503 1.2903 1.7603 4.0704 3.0101 2.5203

4.8005 3.5405 9.7004 3.3805 3.6804 3.1004 1.2105 2.4904 2.2206 1.5505 5.6505 3.1905 1.8003 5.7504 3.6203 2.5204 2.4003 5.9204 7.4604 3.1803 2.2603 3.1904 1.4703 2.1403 4.7504 7.7703 3.1505 3.1203 5.6003 4.7603 5.0003 4.1703 3.3403 5.8004 2.6803 1.7502 1.2203 8.9904 5.2804 6.3706 1.9803 1.4205 2.3102 7.0103 5.1703 3.1604 8.1103 1.4701 5.0802 3.2803 1.2203 3.1502 1.1102 1.0702 4.8502 9.7901 1.5703 3.1102 1.4001 3.9901 4.1203 1.0902 9.6703 9.1305

4.9705 3.5005 9.9904 3.3705 3.7704 3.1404 1.1305 2.5504 1.7706 1.4805 5.7205 3.4105 1.7803 5.3604 3.6103 2.4404 2.4103 5.5404 6.8304 3.0903 2.0103 2.5704 1.4303 1.7203 3.8904 7.8503 2.6105 3.1103 5.6303 4.8003 5.1203 4.0803 3.3603 4.6704 2.7103 1.8002 1.0903 7.9204 5.2704 6.6306 1.9103 1.3905 2.2502 6.4903 4.9503 2.9004 8.0503 1.6001 5.0602 3.1203 1.0603 3.3602 1.1902 1.1602 5.2402 1.06+0 1.5103 3.3402 1.5101 4.2901 4.2003 1.1602 1.0402 9.1305

5.1805 3.5105 1.0303 3.3805 3.8804 3.2104 1.0705 2.6304 1.3906 1.4405 5.8305 3.6405 1.7703 5.0404 3.6203 2.3804 2.4303 5.2104 6.2904 3.0403 1.7903 2.0104 1.4103 1.3403 3.1004 7.9903 2.1205 3.1203 5.7003 4.8703 5.2803 4.0203 3.4003 3.6404 2.7503 1.8502 9.7804 6.9704 5.2904 7.0406 1.8603 1.3705 2.3102 6.3503 5.0103 2.6104 8.0303 1.7301 5.0502 2.9803 8.7704 3.5802 1.2802 1.2502 5.6602 1.15+0 1.4703 3.6002 1.6401 4.6401 4.3403 1.2402 1.1202 9.1205

6.4405 3.8905 1.2303 3.7705 4.5504 3.6704 1.0305 3.0804 5.6407 1.4205 6.9405 4.8405 1.8903 4.4804 3.9203 2.3704 2.6803 4.6404 5.1304 3.0803 1.2703 4.9105 1.4303 3.2204 9.8605 8.9403 8.6706 3.3603 6.2903 5.4203 6.1003 4.1303 3.7703 8.9305 3.0703 2.1302 7.2204 4.9304 5.7704 9.4906 1.8403 1.4405 1.4802 4.2603 3.7103 1.6704 6.1903 2.3801 5.0802 2.6303 4.9604 4.8902 1.7502 1.7002 7.7002 1.58+0 1.7203 4.8702 2.2401 6.2401 5.2403 1.6202 1.5002 8.9505

7.4405 4.1305 1.3403 4.4105 5.4004 4.2904 1.0905 3.6404 4.0607 1.8105 8.1305 5.8005 2.2803 5.2504 4.8403 2.8904 3.3003 5.4004 5.8304 3.7103 1.3803 1.2905 1.7203 7.9505 5.5805 1.1002 6.3806 4.1403 7.7303 6.6603 7.5503 4.9603 4.6303 2.5505 3.7703 2.6202 8.1104 5.0704 6.9604 1.1305 2.2103 1.7205 1.5702 3.9403 3.4903 1.7904 6.8103 2.6801 4.4402 2.2703 4.6504 5.3802 1.9502 1.9502 8.8302 1.81+0 1.7103 5.6002 2.5801 7.3501 6.0803 1.9002 1.7802 8.3805

8.4405 4.2405 1.3603 4.0805 4.9004 3.9504 1.0905 3.3404 3.8207 1.4005 9.6505 6.9305 1.9503 4.3804 4.0503 2.3904 2.7903 4.5204 4.8304 3.1303 1.1303 3.6806 1.4503 1.6705 3.8205 9.3103 6.7406 3.4703 6.5203 5.6303 6.4103 4.2003 3.9303 8.8906 3.2003 2.2402 6.5304 5.8704 6.1704 1.3905 1.8503 1.5605 1.6302 3.8803 3.4503 1.8804 7.0303 2.9901 4.3202 2.2003 4.6204 5.9802 2.1702 2.2102 9.9902 2.06+0 1.8003 6.3602 2.9301 8.4401 6.9703 2.1902 2.0602 8.3105

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

231

Table 9 (continued) i

4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4

j

Ge-like Au

27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 5 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88

Ga-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

5.0004 4.6804 2.4005 2.6901 8.5404 2.1305 1.2503 3.4202 2.2504 9.8403 5.8702 1.1201 6.1604 3.7406 8.2803 3.5303 1.7401 1.06+0 4.9903 4.1801 8.8001 1.4601 1.4202 1.5702 6.0603 4.8704 7.9002 1.9603 1.0203 1.1701 9.2505 8.1203 2.4802 4.4603 1.7304 1.1703 2.8604 2.4202 2.9403 1.8204 1.0302 1.7102 3.6702 1.0302 3.1304 1.1503 1.1101 8.5203 8.7305 7.9806 2.0706 3.9206 3.6502 1.1305 1.2602 1.3604 3.5202 4.4902 1.3205 1.3504 3.0704 1.3404 1.1804

5.1104 4.7504 2.3605 2.9001 6.6904 1.9105 1.3303 3.6702 1.7304 1.0402 6.2902 1.2001 4.7704 3.6306 8.6903 3.2203 1.8701 1.14+0 4.2503 4.4901 9.4701 1.5801 1.5302 1.6002 6.1303 4.3204 8.4402 1.9403 9.3804 1.2501 7.1505 8.0503 2.6502 4.5903 1.6204 1.1803 2.5104 2.3302 3.1103 1.3704 1.1002 1.8402 3.7402 1.0502 3.2004 1.2303 1.1601 7.9803 9.3105 7.3306 1.8706 4.1406 3.8102 1.1505 1.3102 1.3804 3.6802 4.6902 1.3005 1.4504 3.2904 1.4204 1.1804

5.2104 4.8004 2.3205 3.1301 5.1504 1.7105 1.4203 3.9702 1.2904 1.1102 6.7902 1.3001 3.6304 3.5506 9.2103 3.0003 2.0301 1.23+0 3.6603 4.8601 1.02+0 1.7001 1.6502 1.6302 6.2903 3.9104 9.0802 1.9503 8.8504 1.3501 5.4205 8.0803 2.8502 4.7803 1.5604 1.2003 2.2504 2.3202 3.3103 1.0104 1.1802 1.9802 3.8102 1.0602 3.3004 1.3203 1.2001 7.5503 9.9805 6.8306 1.7206 4.4106 3.9502 1.1805 1.3702 1.4104 3.8402 4.8802 1.3005 1.5604 3.5404 1.5104 1.1904

5.3704 4.8504 2.2005 4.2701 9.2605 8.5906 1.8803 5.3102 3.0305 1.4402 9.0702 1.7301 1.0804 3.4306 1.1902 2.8903 2.7101 1.65+0 2.6003 6.4901 1.37+0 2.2701 2.2002 2.0202 7.6803 3.4204 1.2001 2.2903 8.6804 1.7801 1.0505 9.4803 3.7602 5.9803 1.6404 1.4603 1.9004 1.5502 4.2903 2.5005 1.5402 2.6102 4.0502 1.1602 4.0004 1.7303 1.3101 5.6603 1.2904 6.3106 1.5006 5.6306 4.7702 1.4105 1.6602 1.6704 4.6602 5.8802 1.4605 2.1104 4.8204 2.0004 1.3904

4.9504 4.4904 2.0205 4.9501 1.6705 1.0505 2.2303 6.3102 8.2806 1.7002 1.0801 2.0601 5.7305 3.1206 1.4002 2.9303 3.2501 1.98+0 2.4603 7.7901 1.64+0 2.7301 2.6402 2.1602 8.6703 3.4904 1.4301 2.5503 9.3404 2.1501 2.2506 1.0102 4.5202 6.8703 1.7704 1.5703 1.9504 1.6102 5.0803 7.6506 1.8702 3.1802 3.9302 1.2502 4.6704 2.1303 1.3001 6.8603 1.6004 6.3906 1.7206 6.9206 4.0902 1.5705 1.4302 1.8104 4.0202 5.0802 1.5605 2.5204 5.7304 2.3504 1.5204

4.9004 4.4504 1.9905 5.6701 3.7106 1.0805 2.5603 7.2802 1.5606 1.9602 1.2401 2.3801 3.9805 3.0506 1.6102 3.0203 3.7601 2.29+0 2.4803 9.0401 1.90+0 3.1701 3.0702 2.2602 9.5803 3.6404 1.6601 2.7703 1.0103 2.5101 3.8707 1.0502 5.2502 7.6603 1.8904 1.6303 2.0404 1.6402 5.8203 8.9007 2.1802 3.7202 3.8602 1.0902 5.2604 2.5103 1.2801 5.6703 1.8804 6.5206 2.0006 8.1706 4.3602 1.6705 1.5302 1.8704 4.3002 5.4302 1.6105 2.9704 6.7404 2.7404 1.6204

2.0304 2.4601 4.4201 3.5901 2.6203 4.8104 1.1502 1.0503 1.3304 2.3603 1.2103 4.8203 3.7203 1.0403 7.8004 1.2303 5.6003 2.0302 7.9803 8.3402 9.8403 3.8603 9.4504 1.7102 2.3603 1.2404 2.0102 2.7202 2.0802 7.0003 4.0604 9.1604 2.1102 5.5802 4.1504 1.5802 2.3203 2.3102 8.7304 1.5402 8.9104 1.8103 1.2605 1.0904 1.4905 6.2503 4.7803 7.4704 2.3903 5.4203 8.1903 9.3603 7.2403 2.0603 1.1402 9.2403 3.6303 1.0602 1.4003 1.0403 6.8604 1.2303 4.6004

1.6304 2.6501 4.7501 3.8501 2.3203 4.9404 1.1702 1.0403 1.2104 2.3403 1.1603 5.0003 3.5703 1.0403 7.2704 1.2903 5.9503 2.0602 8.3303 8.6602 1.0002 3.9603 8.3704 1.7902 2.3203 1.2404 2.1002 2.8402 2.1802 7.2703 3.4704 9.4004 2.2002 5.8402 3.2804 1.6502 2.1903 2.2502 7.5404 1.6002 7.0204 1.9003 1.0105 1.1104 1.5505 6.5303 5.0203 5.8804 2.5203 5.6703 8.6403 9.8603 7.5003 1.9503 1.2002 9.7203 3.6503 1.1202 1.2303 1.1003 5.4204 1.0603 4.7204

1.3104 2.8601 5.1301 4.1601 2.0903 5.0504 1.1902 1.0503 1.1304 2.3503 1.1403 5.2403 3.4703 1.0503 6.9404 1.3703 6.3703 2.0902 8.6503 8.9702 1.0202 4.0603 7.4804 1.8602 2.2903 1.2604 2.1902 2.9502 2.2602 7.5303 2.9704 9.6404 2.2902 6.0902 2.5204 1.7202 2.0803 2.3102 6.5304 1.6602 5.3704 1.9903 7.9006 1.1404 1.6005 6.8203 5.2703 4.5204 2.6603 5.9303 9.1003 1.0402 7.7903 1.8703 1.2702 1.0202 3.7103 1.1802 1.0903 1.1603 4.1704 9.0104 4.8604

6.1905 4.9305 4.5705 3.8001 4.5601 5.2901 6.8301 8.1801 9.4901 5.5401 6.6401 7.7001 1.7703 1.7503 1.7803 5.2604 5.0104 4.9804 1.4702 1.5802 1.6402 1.2203 1.4303 1.6403 1.0104 1.1404 1.3104 2.7303 3.0803 3.4003 1.2503 1.3403 1.4103 6.6103 7.8903 9.1603 3.7603 3.9703 4.1003 1.2403 1.3403 1.3903 6.9904 8.0504 9.2604 1.7503 2.0903 2.4003 8.2903 1.0102 1.1802 2.2202 2.2702 2.1002 9.6403 9.6303 9.2803 9.7502 9.5402 9.4602 1.0802 1.0202 1.0302 4.6403 4.0703 4.2803 5.9104 6.9504 4.8804 2.1502 1.9502 2.0202 1.9503 2.3303 2.0203 1.4604 1.7504 2.0304 2.6602 2.2802 2.4402 3.5502 3.0402 3.2602 2.7402 2.3502 2.5202 9.0003 7.7503 8.2803 1.8704 1.3804 1.3804 1.1303 9.7204 1.0403 2.7402 2.3802 2.5402 7.3802 6.4302 6.8602 6.2705 2.4605 1.0805 2.0802 1.8202 1.9402 1.9803 1.6603 1.7403 1.4802 1.5702 1.6302 4.3104 3.2804 3.2904 2.0002 1.7602 1.8702 1.2604 3.6305 1.2305 2.4203 2.1303 2.2703 2.5406 1.2706 1.0106 1.3104 1.1504 1.2204 1.9105 1.7005 1.8105 8.2303 7.3903 7.8203 6.4403 5.8103 6.1403 1.1404 4.3305 1.9205 3.2703 2.9603 3.1303 7.1903 6.5203 6.8603 1.1202 1.0202 1.0702 1.2802 1.1602 1.2202 9.3103 8.4303 8.8803 1.9103 2.3003 1.7703 1.5702 1.4302 1.5102 1.2502 1.1402 1.2002 4.4303 5.5003 4.2603 1.4402 1.3102 1.3902 8.2304 9.0904 6.9904 1.4303 1.3003 1.3703 1.0904 4.6005 2.2705 5.5904 5.1304 4.3404 5.7104 5.2304 5.4504 (continued on next page)

232

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 9 (continued) i

4 4 4 4 4 4 4 4 4 4 4 4 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5

j

89 90 91 92 93 94 95 96 97 98 99 100 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57

Ge-like Au

Ga-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

2.1004 6.4602 6.9007 4.3305 3.1805 7.1905 2.0702 2.0804 5.4508 1.2704 2.2302 3.6405 6.5303 1.5503 2.8503 2.1804 1.0503 1.5803 1.1403 2.6002 5.3004 5.0203 6.1202 2.7302 9.6202 1.5402 4.4503 1.4803 4.3605 1.3003 2.1207 4.6501 7.4506 1.3003 1.0503 8.3504 6.1001 1.4801 6.2606 5.3504 6.3202 7.8703 6.3906 1.0501 5.7204 7.9004 1.1205 4.3404 7.2005 2.0402 1.1004 8.4505 2.3402 6.2003 2.2402 1.4203 1.1905 3.9803 4.6201 6.9404 2.3201 3.8501 1.2003 1.4101

2.0804 6.7502 5.1907 4.1805 3.1205 7.6105 2.1302 2.2104 3.9808 1.3404 2.3002 3.6905 8.3903 2.0703 2.7703 1.8104 9.1904 1.5503 9.3504 2.6002 4.1904 4.6103 6.1202 2.7302 1.0401 1.6102 4.0203 1.5003 4.3905 1.3203 1.5807 5.0501 5.6906 1.3203 1.0703 8.5404 6.5801 1.6001 4.8906 4.5204 6.8102 8.4903 5.6006 1.1301 5.2804 7.8804 1.0305 3.3104 6.0405 2.1702 8.7105 8.5805 2.5102 6.6303 2.4002 1.1103 9.1006 4.1603 4.9701 7.0304 2.5001 4.1401 1.1903 1.5201

2.0704 7.0402 3.8307 4.0905 3.1005 8.0805 2.1902 2.3604 2.8908 1.4104 2.3702 3.7705 9.1403 2.2903 2.7903 1.5204 8.1204 1.5303 7.5104 2.6102 3.2104 4.2603 6.1402 2.7302 1.1301 1.6802 3.7003 1.5203 4.4205 1.3403 1.1507 5.4801 4.2406 1.3503 1.0803 8.6904 7.1401 1.7301 3.7006 3.8704 7.3702 9.1903 5.0406 1.2201 4.9804 7.9804 9.4006 2.4604 5.1705 2.3302 6.8305 8.7905 2.7102 7.1403 2.5802 8.4104 6.8106 4.3903 5.3801 7.1904 2.7001 4.4801 1.1903 1.6401

2.3304 8.5002 1.0207 4.3705 3.4405 1.0704 2.5802 3.1604 1.0208 1.8504 2.8002 4.4905 1.0902 2.8103 2.2303 6.7505 4.2704 1.2503 2.3304 2.0602 6.5105 3.3903 6.2802 2.7802 1.5401 2.1902 3.7203 1.5503 4.4405 1.3703 3.5408 7.5301 9.4407 1.3903 1.1103 8.9604 9.7701 2.3701 7.9607 2.8104 9.8902 1.2402 4.3706 1.6501 5.1004 9.9104 7.8306 6.1405 4.1205 3.0602 2.4705 1.1004 3.6202 9.4903 3.4302 2.3604 1.4606 5.6103 7.1901 8.9104 3.6101 5.9801 1.4103 2.1901

2.5004 7.4202 3.1508 4.6705 3.7005 1.2504 2.2402 3.7304 3.3109 2.1704 2.4502 5.0105 1.1702 3.0403 2.1903 4.7005 4.3004 1.3003 1.5104 2.2602 1.7205 2.8003 5.4502 2.4202 1.7601 2.4202 3.5103 1.4103 4.0205 1.2403 1.0908 8.6501 2.7507 1.2703 1.0203 8.2804 1.13+0 2.7501 2.1407 2.6304 1.1701 1.4602 4.7006 1.9501 5.2504 1.0703 7.5006 2.9505 4.7905 3.6402 1.5605 1.1704 4.3202 1.1302 4.0902 1.0804 3.5707 6.6703 8.6201 9.5304 4.3301 7.1901 1.5003 2.6401

2.5904 7.9102 3.7309 4.8105 3.8105 1.4504 2.3902 4.3604 3.1410 2.5204 2.6102 5.4505 1.2402 3.2603 2.1903 4.7805 4.3404 1.3803 1.2904 2.3402 4.2106 2.6803 5.3002 2.3502 1.9701 2.6402 3.6803 1.3803 3.9505 1.2203 2.3209 9.7901 7.3608 1.2503 1.0103 8.1904 1.29+0 3.1401 5.8708 2.6604 1.3501 1.6802 5.2706 2.2401 5.4704 1.1103 7.3906 2.1405 4.4905 4.2102 1.3305 1.2204 5.0002 1.3002 4.7302 7.0805 8.6308 7.7203 9.9901 9.9304 5.0401 8.3701 1.5603 3.0701

8.8604 6.0504 4.1005 1.3803 6.4805 3.2304 5.7104 1.7404 1.2204 4.7406 4.1604 2.3804 3.8502 3.2003 2.6304 1.2302 7.0801 9.4902 2.7802 1.4102 3.1602 1.4001 4.9503 9.6803 3.3602 9.9601 2.8301 5.2502 6.1002 4.4101 8.9204 2.1303 1.3504 1.1501 5.7304 1.1001 6.1901 9.5001 5.9504 9.3603 1.8903 2.7504 4.3303 2.0702 3.4103 1.0201 3.4203 2.6003 2.2403 7.8503 1.1003 3.3902 3.7403 9.3703 3.4303 1.2201 1.5702 4.8903 8.1904 2.4002 7.5503 1.6703 4.8302 2.7002

7.9304 6.3504 3.9705 1.4503 6.2905 2.6804 5.0104 1.7604 1.0104 4.7206 4.1204 2.5104 3.8102 2.8303 2.2704 1.2202 7.7401 9.4502 2.7902 1.4102 3.4202 1.5101 5.0503 1.0102 3.6302 1.08+0 3.0601 5.6302 6.5602 4.7401 7.2704 2.2503 1.3804 1.2301 4.5304 1.1701 6.6501 1.02+0 6.0004 8.7103 1.9503 2.7604 4.3103 2.2102 3.3903 1.0901 3.5703 2.6203 2.3603 8.3403 1.1203 3.4202 3.8903 9.4703 3.4103 1.2701 1.5802 4.5703 8.6504 2.4802 7.8903 1.7403 5.0302 2.8202

7.1404 6.6804 3.8805 1.5303 6.1505 2.2104 4.4304 1.7904 8.3405 4.7206 4.1104 2.6504 3.9402 2.5803 1.9904 1.2102 8.4201 9.4502 2.8102 1.4102 3.6802 1.6301 5.2003 1.0602 3.9302 1.17+0 3.3101 6.0502 7.0902 5.1201 5.8904 2.4003 1.4004 1.3301 3.5304 1.2701 7.1801 1.10+0 6.0504 8.2503 2.0303 2.8104 4.3403 2.3602 3.4203 1.1701 3.7603 2.6703 2.5003 8.9303 1.1303 3.4602 4.0303 9.6103 3.4303 1.3201 1.5902 4.3103 9.2004 2.5602 8.2003 1.8103 5.2202 2.9302

5.5404 8.2504 4.0105 1.9003 6.3505 1.1504 3.3804 2.0904 4.0005 5.2006 4.4904 3.2904 2.6802 1.3603 1.7004 9.2203 1.16+0 9.5802 2.8702 1.4202 5.0302 2.2201 7.0203 1.4302 5.3802 1.60+0 4.5201 8.1602 9.6502 6.9801 2.1504 3.1403 1.5004 1.7801 1.3104 1.6801 9.5801 1.47+0 6.0504 8.2703 2.5703 3.3704 5.1203 3.1102 4.0403 1.5401 4.7903 3.2303 3.2403 1.1602 1.2003 3.5902 4.4803 1.0302 3.8103 1.4401 1.6402 3.7703 1.1803 3.0302 9.9103 2.1803 6.2802 3.5302

4.6104 7.9204 3.5505 1.7403 5.7605 1.0704 3.7104 2.1204 2.8105 4.6806 4.1004 3.0404 2.8402 1.3203 1.3004 1.0202 1.31+0 8.3102 2.5302 1.2602 5.7202 2.5301 7.0103 1.5202 6.1702 1.85+0 5.2001 9.3602 1.1201 8.1001 1.4804 3.7103 1.4004 2.1101 8.1505 2.0101 1.14+0 1.76+0 5.8904 8.5403 2.8803 3.6004 5.5003 3.7002 4.3303 1.8501 5.6403 3.4903 3.8203 1.4002 1.1903 3.4502 4.2703 1.0902 4.7203 1.4201 1.6502 3.6703 1.4303 2.5802 8.5003 1.8603 5.4002 3.0402

4.7104 7.9704 3.7005 1.8303 5.9005 7.9105 2.8504 2.0104 2.6305 4.9506 4.2404 3.2104 2.9102 1.3103 1.4604 1.0602 1.45+0 8.0802 2.4702 1.2302 6.3902 2.8401 7.4703 1.6702 6.9702 2.09+0 5.8901 1.0601 1.2801 9.2601 1.4204 4.2603 1.4304 2.4401 6.7705 2.3301 1.32+0 2.04+0 5.6804 8.8103 3.1403 3.7504 5.7603 4.2702 4.5003 2.1401 6.4203 3.6203 4.3503 1.6302 1.1303 3.4102 4.2703 9.7303 3.5003 1.4101 1.5702 3.3703 1.6603 2.7602 9.0903 2.0003 5.7702 3.2502

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

233

Table 9 (continued) i

5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5

j

58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100

Ge-like Au

Ga-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

8.1204 2.8301 7.8703 1.9803 9.7503 8.1404 7.3803 2.6302 6.8003 2.5703 3.5503 1.1902 2.1603 2.7103 3.1403 3.0602 2.1206 2.6206 2.0105 2.6506 2.4502 6.7005 2.2004 4.9507 2.4703 4.4902 5.7905 4.7205 5.5205 1.6404 2.3405 5.7705 2.7703 1.0906 1.6305 1.1806 1.8904 2.8802 8.6205 2.0304 1.0304 5.5702 9.0906

8.0504 3.0401 8.4003 1.5103 9.8703 6.3804 7.5903 2.8302 6.8603 2.4403 3.4303 1.2002 2.3203 2.9003 2.6303 3.1902 1.7206 2.4606 2.0105 2.1906 2.5402 6.8305 1.7204 3.7507 2.4203 4.7002 5.8305 4.7705 5.9105 1.7604 2.3005 5.7505 2.1703 9.7307 1.5805 9.0407 2.0204 3.0102 8.7605 2.1804 1.0204 5.8602 9.3106

8.0904 3.2901 9.0203 1.1403 1.0102 4.9704 7.8703 3.0602 7.0003 2.3803 3.3503 1.2102 2.5003 3.1303 2.2103 3.3102 1.3906 2.3506 2.0405 1.8206 2.6402 7.0005 1.3004 2.7707 2.3903 4.8902 5.9205 4.8605 6.3405 1.8904 2.2805 5.7705 1.6503 8.8407 1.5505 6.7907 2.1804 3.1402 8.9805 2.3504 1.0204 6.1302 9.6406

9.6004 4.3801 1.1902 2.5104 1.2402 1.8004 9.8503 4.0702 8.5203 2.5503 3.2703 1.2302 3.3003 4.1003 1.2703 3.7102 7.3507 2.3906 2.3605 1.0406 3.1702 8.4205 2.8405 5.8608 2.5403 5.9002 6.9805 5.7505 8.2505 2.4504 2.5405 6.6205 3.5104 7.4207 1.6705 1.5307 2.9604 3.8102 1.0804 3.2204 1.1404 7.5002 1.2005

1.0303 5.2801 1.4302 6.7805 1.3302 1.2904 1.1002 4.9202 9.1703 2.9103 4.4303 1.1702 4.0403 5.0203 1.3603 3.5702 6.1107 2.5106 2.8505 1.0206 2.7002 9.1105 7.5406 1.5208 2.1303 5.1202 7.5405 6.2005 1.0204 3.0204 2.7205 7.1205 9.9905 8.1007 1.7905 3.6508 3.5204 3.3102 1.2004 3.8204 1.2304 6.5802 1.4205

1.0703 6.1401 1.6602 1.2605 1.3902 1.2604 1.1902 5.7402 9.5403 3.3103 3.0603 1.1702 4.7503 5.9003 9.0904 3.5402 5.7907 2.5806 3.3405 1.1306 2.8902 9.4305 1.4306 2.7109 2.2603 5.4402 7.7905 6.4005 1.2004 3.5504 2.8105 7.3705 2.5005 9.4907 1.8505 8.0109 4.1404 3.5402 1.3004 4.5104 1.2704 7.0102 1.6705

1.8402 1.2002 6.2603 7.0002 7.2003 2.1302 2.5202 3.1903 1.6203 8.6704 1.3104 4.6204 3.4504 1.0602 7.9203 4.9202 1.1803 7.9203 3.6203 4.5003 1.8302 3.3203 1.1103 7.7403 4.7203 2.1503 2.7903 4.8705 2.8602 2.1603 1.9004 1.1503 3.6504 1.4805 1.1903 2.4604 4.1103 6.1803 1.3104 2.4404 9.8905 8.1604 9.5306

1.9202 1.2502 6.5203 7.3002 7.4103 2.2102 2.6102 3.2103 1.5403 7.5004 1.2904 4.7204 3.6004 1.1002 8.2903 5.1802 1.2203 8.2803 3.7403 4.6203 1.9202 3.0503 1.0603 8.0703 4.0903 2.1303 2.6503 3.8105 3.0202 2.1003 1.8404 1.1303 3.7404 1.4705 1.2503 2.5404 4.2703 6.4403 1.2704 2.4704 1.0404 8.3904 8.5506

2.0002 1.3002 6.7603 7.5902 7.6203 2.2902 2.7102 3.2603 1.4703 6.5104 1.2904 4.8204 3.7604 1.1502 8.6703 5.4502 1.2603 8.6603 3.8803 4.7603 2.0102 2.8403 1.0103 8.4203 3.5603 2.1303 2.5503 2.9105 3.1802 2.0703 1.8004 1.1203 3.8604 1.4805 1.3103 2.6204 4.4503 6.7303 1.2504 2.5304 1.1004 8.6804 7.7706

2.4202 1.5702 8.1103 9.1402 8.9403 2.7302 3.2202 3.6803 1.4403 4.3804 1.4004 5.5804 4.5404 1.3802 1.0502 6.6902 1.5003 1.0502 4.6003 5.6003 2.4502 2.6003 9.8604 1.0202 2.4703 2.3503 2.5903 7.2006 3.9302 2.2803 1.9104 1.2703 4.6004 1.6905 1.6103 3.1004 5.3503 8.1903 1.3504 3.0904 1.3504 1.0403 6.4006

2.0902 1.3502 7.0203 7.9302 7.7503 2.3702 2.8202 3.1903 1.2303 3.3404 1.2304 4.8804 4.0304 1.2402 9.4103 6.0102 1.3503 9.5003 4.1303 5.0203 2.2202 3.0203 8.5304 9.1803 2.7003 2.1703 2.9903 2.1006 3.5702 2.7603 1.9404 1.5303 4.6504 2.0805 1.4703 2.8104 4.9203 7.6103 1.5904 3.8004 1.2404 1.0103 5.4306

2.2402 1.4502 7.5003 8.4702 8.2503 2.5202 3.0002 3.3903 1.2703 3.3704 1.2804 5.1904 4.2904 1.3102 9.9703 6.3602 1.4203 9.9803 4.3603 5.2903 2.3402 2.3403 8.9004 9.6803 2.0203 2.1903 2.4003 7.0507 3.7702 2.1603 1.7804 1.2103 4.4104 1.5905 1.5503 2.9704 5.1303 7.8803 1.2704 3.0004 1.3204 9.9904 5.5006

234

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 10 Collision strengths at six scattered electron energies of 100, 500, 1000, 5000, 10,000, and 20,000 eV for Zn-like and Cu-like Au (a ± b ” a · 10±b). See page 205 for Explanation of Tables i

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

j

Zn-like Au

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63

Cu-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

3.3404 2.5201 1.3106 1.4003 6.1601 2.6406 7.0803 9.1304 2.0902 2.0703 7.0702 3.5903 2.5006 1.1605 3.3905 3.4906 4.6904 6.2103 8.6504 1.5603 1.0502 5.7406 6.7008 3.5507 8.7604 2.2905 3.2807 4.0704 3.3405 6.3006 4.5306 3.4006 1.7805 3.5206 3.2707 1.3707 5.1107 1.8706 8.2708 5.9307 7.8207 8.0507 1.9707 2.8506 3.4907 5.8906 9.3507 1.5405 1.2505 3.6407 4.4808 3.6808 4.1908 3.9607 6.8308 1.3406 5.8107 8.8408 3.5608 6.7308 4.6308 8.1607

2.6204 2.7601 1.2006 1.1203 6.6301 2.1006 7.3703 7.1804 2.1602 1.6303 7.4202 3.7803 2.4406 9.2206 3.5805 2.6906 4.8004 6.2203 7.0004 1.2603 1.0702 4.6506 5.1608 3.2507 8.9904 1.8705 2.5607 4.1804 3.6305 5.0006 4.4306 2.6706 1.8205 3.7106 3.3107 1.1007 4.1307 1.9806 6.8408 4.6907 7.1407 7.8507 1.5807 2.2906 2.7507 6.2806 9.3907 1.6305 1.3605 3.7307 3.4608 2.8208 3.2108 4.0407 5.8308 1.3906 7.2707 6.8008 2.6808 5.2408 3.5108 8.3807

2.0304 3.0401 1.0806 8.7704 7.1601 1.6306 7.6303 5.4804 2.2302 1.2503 7.7502 3.9603 2.0906 7.1306 3.7905 2.0306 4.9504 6.2703 5.4904 9.8904 1.0902 3.6506 4.0008 3.1407 9.2704 1.4705 2.0007 4.3104 3.9705 3.8706 4.4006 2.0506 1.8805 3.9506 3.3407 8.5408 3.2407 2.1206 5.5708 3.6207 6.5907 7.7407 1.2507 1.8006 2.1407 6.7206 9.5107 1.7305 1.4905 3.8107 2.5908 2.1008 2.3908 4.1007 5.0108 1.4306 9.2007 5.1208 1.9708 3.9408 2.6208 8.5707

4.0405 4.1801 7.2307 1.6404 9.7401 4.2107 8.8003 1.2204 2.5302 2.8004 9.0702 4.6903 2.5004 1.7406 5.0905 5.7807 5.8104 6.9203 1.4804 2.6604 1.2602 1.0206 1.7408 3.1207 1.0803 4.1306 8.0608 5.0204 5.7005 8.7607 4.9006 4.9507 2.3705 5.1006 3.4907 1.9708 7.3508 2.7806 1.8008 8.9608 5.9107 8.4107 3.3208 3.8007 6.2308 9.3306 1.1006 2.2505 2.1605 4.1207 5.5309 5.2509 5.6509 4.5707 3.6808 1.6306 2.0106 1.2808 4.4409 8.4309 6.8909 9.6607

7.0906 4.6701 5.6407 2.7905 1.13+0 1.0707 7.4903 3.3305 2.2102 7.5805 8.0902 4.2703 2.9404 3.8307 5.7905 1.8207 6.4904 7.5903 3.0305 5.4005 1.3902 2.3107 6.1909 3.5107 1.1903 9.5207 2.7408 5.5504 6.7005 2.3207 4.9706 1.3807 2.8205 5.3906 3.4607 5.7109 3.8008 2.9806 5.4009 2.1208 6.6807 8.5107 1.2908 9.0108 1.9208 1.1605 1.1306 2.3805 2.6805 4.4107 1.4509 1.4709 1.4609 5.4307 4.0508 1.9206 2.7506 3.7409 1.1909 2.1809 1.9209 1.1306

1.6006 5.1601 7.8807 6.9306 1.29+0 2.4508 7.9103 6.6906 2.3202 1.5405 8.4802 4.4703 3.2804 6.4408 6.9305 2.4508 6.4904 7.5703 5.9806 1.0605 1.3902 4.5908 8.3910 3.9807 1.2003 1.9907 4.0609 5.5704 8.3805 4.1908 4.8106 2.6308 2.4505 5.3406 4.0807 1.2309 3.6809 2.9506 9.8310 3.1209 5.4707 8.4607 4.0009 1.7408 4.7609 9.7906 1.1406 2.3805 2.2905 6.2507 2.5710 2.1710 2.4610 4.5907 3.8208 1.6506 4.0806 4.3210 1.9810 4.0110 2.0510 9.7807

3.7401 5.9201 4.2802 6.3702 8.8103 1.1902 2.4802 1.5703 2.7603 2.2403 2.9803 2.6103 3.3503 4.0503 5.0603 1.8203 1.0703 6.2704 9.2304 7.0504 3.7104 5.7704 4.8004 1.8903 1.0103 1.3805 6.8404 4.1104 1.1303 4.8304 1.1903 5.4804 1.7603 3.3104 3.3806 2.6204 4.4804 6.9604 3.0704 3.3504 4.5704 2.1404 4.8506 6.1705 1.4705 2.0005 1.1104 2.4705 2.6205 2.8705 1.3603 9.4104 1.1703 7.1204 1.1503 1.1103 8.7204 6.9604 1.5203 1.1403 4.4904 3.8404

4.1001 6.3601 4.4302 6.6102 8.7303 1.1802 2.5502 1.9703 2.8803 2.4203 3.2103 2.8903 3.7303 3.9403 4.9003 1.8303 1.0603 5.7704 8.7804 6.6204 3.3204 5.8104 4.1704 2.1303 1.1503 1.4205 6.0504 3.7404 1.2703 4.5804 1.3903 4.9704 2.0203 3.1304 3.2506 2.4604 4.5304 6.7104 2.8004 3.4104 4.3504 1.9404 4.1106 5.4605 1.2605 1.8005 1.0704 2.2905 2.4205 2.4105 1.1903 8.3404 1.0603 6.3504 1.0203 1.0503 7.4704 5.9704 1.2903 1.0203 4.0204 3.5304

4.4701 6.8801 4.5702 6.8502 8.7203 1.1802 2.6002 2.5403 3.1303 2.6803 3.5403 3.1403 4.0403 3.8703 4.8103 1.8503 1.0603 5.2604 8.3804 6.1904 2.8904 5.9404 3.5404 2.4303 1.3203 1.4705 5.2204 3.3504 1.4503 4.3604 1.6303 4.4504 2.3403 2.9604 3.1406 2.2804 4.6204 6.5104 2.5204 3.5004 4.1604 1.7104 3.4006 4.7905 1.0605 1.6005 1.0404 2.1205 2.2405 1.9705 1.0103 7.3204 9.5004 5.5904 8.9504 9.9304 6.2504 5.0204 1.0803 9.0304 3.5604 3.2204

6.2001 9.3401 5.4502 8.1902 9.2903 1.2602 2.7902 7.0903 5.8303 3.9403 5.1403 3.8603 4.9903 4.5203 5.6203 2.0903 1.1603 3.4304 7.7404 4.9104 1.1204 8.0804 1.3104 4.5303 2.4903 1.8305 2.0204 1.7904 2.7503 3.8604 3.3503 2.5804 4.6103 2.5104 2.9806 1.7104 6.1704 6.3704 1.5104 4.7104 3.7704 8.8605 1.0806 2.7105 3.6606 1.0405 9.1405 1.7005 1.7805 5.8206 3.8404 4.2204 6.3504 2.9304 5.0804 8.8104 2.3104 1.9504 3.6604 5.4804 1.9604 2.1604

6.9301 1.08+0 4.6302 7.0802 1.1302 1.5302 2.8702 9.2803 8.0303 4.5603 5.9803 3.6003 4.6803 5.3603 6.6803 2.3303 1.2803 2.8904 7.8704 4.6304 4.9805 1.0803 6.0705 6.4903 3.5603 2.1205 9.1505 1.2804 4.0103 3.8504 4.9603 1.9904 6.7903 2.4604 3.1506 1.8004 8.4004 6.6104 1.2004 6.4104 3.8004 6.7905 4.4007 2.3505 1.6706 9.6806 8.7705 1.7205 1.8105 2.2406 1.8304 3.7504 5.9504 2.0904 4.4604 9.3204 1.3004 1.1704 1.5604 4.7504 1.4604 1.8304

7.6701 1.23+0 4.9702 7.5602 9.5703 1.2902 3.2402 1.4802 1.1502 5.0503 6.6503 3.7403 4.8503 4.8203 6.0203 2.3403 1.3003 2.7204 8.2404 4.6704 1.9305 1.2703 2.6105 7.7703 4.2603 2.1805 3.3705 1.0704 4.9203 4.0104 6.1103 1.7504 8.3403 2.5404 3.1206 1.9804 1.0303 6.9504 1.0804 7.7804 3.9404 6.4105 1.5507 2.3605 6.4607 9.2606 8.7605 1.7005 1.8005 6.7907 7.6205 3.8104 5.6304 1.6804 4.4904 9.3804 8.9405 7.9305 5.0105 4.3104 1.2104 1.6904

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

235

Table 10 (continued) i

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

j

64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28

Zn-like Au

Cu-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

5.0408 7.5608 1.6107 2.4208 7.9508 2.5106 1.6307 1.8506 3.3004 2.4402 7.5905 1.4103 4.3007 4.4207 1.2108 1.6006 1.9708 2.9904 1.3808 2.5903 1.1306 1.3706 1.4606 2.3508 1.1208 1.3506 5.2806 2.5104 1.7503 5.6304 2.5403 2.7204 1.7503 4.7604 3.2203 7.2404 1.1803 2.2803 2.6504 3.0002 7.2604 2.9101 7.9004 2.5301 7.0904 4.9503 6.0104 2.6705 8.2908 2.4802 4.1004 3.0202 1.2303 7.1804 1.8202 1.6403 8.3204 2.9304 3.5007 5.9908 4.4505 2.6305 6.0106

3.8808 6.9708 1.7207 1.8608 6.0908 2.6206 1.7707 2.4106 2.6204 2.5202 5.7405 1.8103 4.5007 5.0207 8.8309 1.6806 1.5008 2.2904 1.0308 2.7703 1.1706 1.5706 1.5406 1.9108 9.5709 1.5506 5.4806 1.8704 1.9503 4.2004 2.9403 2.0204 1.9803 3.5304 3.8203 5.7904 1.0503 1.8303 2.0904 3.0102 5.7704 3.1301 6.2804 2.7101 5.5204 5.0103 4.6304 2.0705 6.3208 2.5902 3.2304 3.1702 9.6904 5.6504 1.9202 1.6403 6.5804 3.1004 3.3607 4.5208 3.5005 2.6205 6.3606

2.9108 6.6508 1.9207 1.3808 4.5608 2.7106 1.9407 3.0306 1.9704 2.5802 4.1305 2.3703 4.7907 5.7807 6.2409 1.7906 1.1208 1.6604 7.7409 3.0803 1.2106 1.8106 1.6406 1.5108 9.1209 1.8006 5.6606 1.3304 2.2103 2.9904 3.4503 1.5004 2.1803 2.6404 4.3303 4.5704 9.1104 1.4203 1.6104 3.0202 4.4404 3.3801 4.9004 2.9301 4.2004 5.1203 3.4904 1.5605 4.6808 2.6802 2.4704 3.3102 7.4204 4.3304 2.0202 1.6703 5.0504 3.2804 3.1107 3.3308 2.6805 2.6405 6.7406

7.1909 7.1208 3.6707 3.3409 1.1308 3.1206 2.7807 6.0906 4.0705 2.8002 7.7906 6.4903 6.9607 9.3207 1.2109 2.6106 2.3909 3.5305 4.6509 5.9203 1.3406 2.9606 2.3806 4.2809 1.7308 2.9506 6.3206 2.0905 3.4603 4.8605 5.6303 2.5705 2.7503 4.5505 5.7203 9.1105 5.7004 3.1904 3.2205 2.4102 9.2305 4.6001 9.2105 3.9001 9.8205 6.2203 8.3205 3.9506 1.1208 3.1002 5.5905 3.8702 1.6204 9.7405 2.4002 1.9703 1.0704 3.9404 2.7007 1.1808 6.3906 3.0905 8.2606

1.8609 8.6108 4.4007 9.5710 3.1909 3.7206 3.5107 1.0205 1.4305 2.8802 1.7806 8.6603 8.0707 1.0406 4.3010 3.0306 7.3510 7.5806 5.8409 8.4603 1.4006 3.3206 2.7606 1.5209 2.6708 3.3006 6.6106 6.6706 3.8303 1.6105 6.2403 8.9106 2.7403 1.5805 5.7603 2.1005 6.0304 8.4205 5.7406 2.7502 2.3505 5.3301 1.6005 4.6701 2.4705 7.1503 2.3505 1.1206 3.6409 2.7202 1.5205 3.4602 4.3005 2.5105 2.2202 2.5603 2.8205 3.6904 1.8007 4.3609 1.7406 3.9505 8.2506

3.0110 8.1708 6.6007 1.4010 4.0610 3.1706 3.3807 1.4705 3.7906 3.0902 4.5707 1.3802 7.7407 1.1406 7.7211 2.9106 1.3410 2.1506 5.3909 1.1602 1.5306 3.6406 2.6606 3.2110 2.6408 3.6306 7.2406 1.3306 4.3303 3.1906 7.1203 1.7906 2.6603 3.1206 5.6103 4.1706 5.1204 2.0805 1.3006 2.7102 6.0706 6.1101 3.8106 5.3901 4.5006 7.0303 3.4606 1.7407 7.6310 2.8602 3.0206 3.6302 8.2806 4.5506 2.3102 1.9403 4.5706 3.8404 2.4907 8.6910 3.4707 3.0705 8.1106

1.0803 8.7804 2.0203 1.3205 5.7105 2.9506 5.4805 1.1103 1.1604 1.1203 1.2203 2.4304 5.9804 1.1102 7.6104 5.4504 9.4804 4.8405 5.9604 4.1005 4.1204 3.7606 8.8404 6.3905 6.3405 4.3006 1.5503 3.8106 3.7206 3.1106 2.5903 4.1106 1.0903 5.3306 3.9406 1.1103 1.2103 5.7202 5.2401 1.0902 4.5302 5.3903 1.9503 2.7402 2.3503 2.2903 1.7303 6.7703 1.9903 1.2402 3.2503 6.4006 6.2806 6.5604 4.6704 1.3003 1.0703 4.2204 1.0803 5.7704 1.2104 1.2903 8.1807

9.1804 7.5404 2.0203 1.2305 4.9905 2.6906 5.1705 9.5804 1.0204 1.1303 1.1703 2.3104 5.1304 1.1202 6.5204 4.9104 8.4304 4.2005 5.0904 3.5505 3.5304 3.3506 8.7504 5.5305 6.2705 3.7506 1.5803 3.2606 3.2206 2.6306 2.9203 3.6006 9.5104 5.9306 3.8506 9.8504 1.1203 5.6902 5.6101 1.0602 4.7302 4.9703 2.4103 2.8002 2.5003 2.7003 1.7703 7.4903 1.7703 1.3302 2.8703 6.0306 6.5006 6.4004 4.1304 1.3403 1.1103 4.1004 1.1103 5.7804 1.0704 1.2103 6.9507

7.6404 6.3404 2.0503 1.1405 4.3005 2.4506 4.8505 8.0804 8.8405 1.1503 1.1303 2.2004 4.3104 1.1302 5.4504 4.3604 7.4004 3.5805 4.2504 3.0005 2.9504 2.9506 8.7404 4.6805 6.2505 3.2206 1.6203 2.7606 2.7506 2.1906 3.3303 3.1106 8.0904 6.6806 3.7906 8.6104 1.0303 5.6902 6.0501 1.0602 4.9302 4.6303 3.0403 2.8502 2.6903 3.3303 1.8503 8.4603 1.6603 1.4002 2.6203 5.7106 6.8506 6.2404 3.5804 1.3803 1.1603 3.9804 1.1403 5.8104 9.2605 1.1203 5.7507

2.5504 1.1104 4.6305 2.6604 1.8804 1.6804 2.3903 2.7703 2.9303 9.0806 9.2806 9.3506 2.0705 1.5905 1.4605 1.8806 1.9506 2.0106 3.8105 3.5105 3.4305 3.2104 1.9104 1.3504 4.8805 4.1605 3.8105 1.3703 1.5903 1.6803 1.1103 1.2203 1.2603 2.0404 2.2104 2.2704 1.8204 1.3304 1.2304 1.1602 1.1802 1.2102 1.9104 9.0105 4.1005 2.5104 1.9504 1.7004 4.0704 3.2804 3.0304 1.5805 1.0905 9.0006 1.4404 6.2005 2.1905 1.1705 6.0706 3.3106 1.0604 5.3905 3.0005 1.7806 1.6406 1.8006 9.7704 1.1303 1.2703 1.9605 1.2605 1.2905 7.0005 8.0305 8.4205 1.6106 1.3106 1.4506 2.0003 2.3703 2.7003 1.6106 1.6406 1.9706 1.3806 1.0806 1.1606 9.8307 7.6607 7.5307 6.4003 9.5203 1.1902 1.5506 1.2106 1.0406 3.2204 1.7304 9.8205 1.2605 1.8905 2.4205 3.9506 4.2006 4.3606 4.8104 4.2004 4.2404 7.9404 8.0504 8.7004 5.7202 4.9902 4.8502 8.0101 9.5601 1.11+0 1.1902 1.2702 1.3202 5.9602 5.3402 5.6502 4.2203 4.9303 3.8103 6.7203 9.8403 1.4402 3.0302 3.1002 3.4602 3.3603 3.7703 4.0703 9.1103 1.2502 1.9902 2.0103 1.9203 2.0003 1.3402 1.4902 1.6502 1.5803 1.5703 1.5803 1.6502 1.8402 1.5902 2.3503 2.5703 2.2703 4.8206 4.7406 5.0106 1.0105 1.3505 1.5705 6.1704 6.5404 6.3704 1.5304 7.0805 2.5405 1.7003 1.9503 1.9803 1.4803 1.7203 1.7503 3.8904 4.1204 4.0704 1.3703 1.5703 1.6103 6.5204 7.2904 7.3904 4.1105 2.1005 9.3006 8.4204 7.7504 7.7004 1.8807 7.6808 2.3808 (continued on next page)

236

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 10 (continued) i

2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

j

Zn-like Au

29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92

Cu-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

1.8805 4.5607 4.3103 4.0404 4.9403 7.9504 2.3406 2.0608 1.2205 3.0506 6.5508 3.5906 7.3307 3.6507 2.9207 5.7006 8.0207 7.6207 2.4006 1.0307 5.2707 3.9906 7.8609 2.1107 5.3907 3.4407 1.7207 1.4907 1.8607 9.2008 5.1007 7.6108 7.7309 9.1507 8.1008 2.6308 5.4808 1.1708 1.0606 3.2108 1.7807 2.9108 6.2908 8.9504 4.1905 1.3502 1.5304 6.3908 2.5608 3.2009 2.6707 1.1407 9.8404 3.5809 1.8704 4.3109 2.4608 1.5307 4.3807 3.1009 2.5008 1.6108 9.6404 1.6604

1.4805 3.5907 4.3603 3.2704 5.0303 6.4304 1.9006 1.6008 1.2605 2.4606 5.1408 3.8606 6.8207 2.8207 2.3507 6.2506 7.6607 7.0407 1.9206 8.1708 4.2207 3.1706 6.1709 2.0807 5.7207 3.6307 1.3807 1.2107 1.4807 7.2108 5.0707 8.0808 6.0609 9.7307 6.4208 2.3508 4.3808 8.9109 1.0806 3.1108 1.4207 2.3408 4.8208 1.1203 3.1605 1.3902 1.1604 4.9108 2.0908 2.8409 2.0707 1.2007 1.1003 2.8109 1.4604 3.4009 1.9508 1.1607 4.7607 2.4309 1.9708 1.2208 1.1903 1.2604

1.1405 2.7607 4.4303 2.5704 5.1503 5.0304 1.5006 1.2508 1.3005 1.9306 3.9808 4.1706 6.3807 2.1107 1.8307 6.8906 7.5007 6.5707 1.5006 6.3908 3.3007 2.4306 4.7509 2.0607 6.1507 3.8607 1.0807 9.5508 1.1507 5.5608 5.0707 8.6608 4.8209 1.0406 5.0208 2.1408 3.4208 6.5709 1.1106 3.0608 1.1107 1.8308 3.5508 1.4303 2.3005 1.4202 8.2505 3.6408 1.6608 2.5909 1.5407 1.2507 1.2303 2.1309 1.0904 2.5709 1.5208 8.4308 5.2107 1.8509 1.4908 8.9409 1.5103 9.4105

2.7006 8.6008 5.0003 6.9305 5.8903 1.3504 4.1607 6.2009 1.5005 5.0807 1.4608 5.9706 5.4707 4.5808 4.8108 1.0505 8.5007 5.6707 3.9107 2.0008 1.0307 5.9007 1.5509 2.3207 8.2007 5.2807 2.4708 2.0908 3.2908 2.1808 5.6007 1.2107 3.2809 1.3906 1.4208 1.8708 7.2309 1.3809 1.2206 2.9108 2.8308 3.9009 1.0908 3.5103 4.7406 1.5202 1.5705 8.0909 5.0509 2.3709 3.4408 1.4407 1.7203 4.9710 2.3105 7.2210 4.1509 1.7808 8.0307 4.3110 3.2209 2.4609 4.2703 1.8505

7.6007 2.5008 5.5003 1.4305 6.4903 2.7005 1.0907 2.3209 1.6405 1.2207 5.6109 6.8006 5.5307 1.0308 1.4408 1.2305 1.0606 5.8207 9.3508 7.0109 3.5608 1.3207 3.8210 2.8507 8.7907 6.6107 6.4009 5.5109 1.2308 8.4209 5.8407 1.5207 4.1109 1.4906 4.6509 1.9208 1.8809 4.8910 1.4006 3.0008 8.4909 1.0309 3.5609 4.5903 1.4006 1.5502 4.5106 1.6409 1.2109 2.7209 6.8409 1.6807 1.8503 1.3010 7.2806 2.7910 1.0509 3.6809 9.6907 1.1310 6.6310 8.1210 5.9303 5.8506

1.5307 4.4609 5.4903 2.8806 6.4803 5.2806 2.4108 3.9110 1.6405 2.5308 9.1710 8.5006 5.3607 1.6609 3.7809 1.5905 1.0006 5.7607 1.9108 1.6709 8.6009 2.5308 8.7111 2.3607 8.8507 5.5907 1.2109 1.2209 3.7309 2.3009 5.8007 1.3007 3.7409 1.5006 1.1409 1.6808 3.3910 1.1610 1.6506 3.1308 1.9009 2.0510 6.9710 6.9703 2.6207 1.6402 1.2806 2.6210 2.2110 2.4809 1.1309 1.4707 2.0503 2.3311 2.0706 5.2711 2.2110 5.0410 1.2306 2.0211 9.6311 1.3010 9.5203 1.1706

1.5806 1.4106 5.3707 1.3806 4.9806 2.1506 1.5905 1.9303 1.5907 2.7107 7.0107 5.5707 7.1006 6.7106 9.5406 5.2904 6.3104 3.6304 4.4404 1.0703 2.4003 3.3504 4.5504 1.0305 1.4807 2.9906 7.2605 1.4705 4.9205 1.0005 8.1106 1.8106 1.4605 1.1504 1.7904 3.0706 1.4406 1.5406 4.6204 6.1904 4.1304 2.5904 1.7805 3.0104 6.3005 4.6405 1.7904 2.4305 2.6005 4.8407 7.1306 7.8806 1.6806 1.1005 1.1606 7.7906 6.0604 1.3905 2.0206 6.8406 1.0503 9.4006 1.1703 1.0503

1.5206 1.3406 4.7907 1.3206 4.4206 1.8906 1.6005 2.0903 1.3907 2.3707 6.3307 5.0607 7.0306 6.4606 9.5606 4.6804 5.5804 3.4504 3.9904 1.2503 2.8003 3.2404 4.4204 1.0705 1.3707 2.6706 8.4405 1.3005 5.5905 9.3806 7.2806 1.4906 1.5905 1.0504 1.7304 2.7306 1.2406 1.4406 4.6504 5.9404 3.9004 2.6204 1.5705 2.7904 5.8105 4.3105 1.7204 2.4205 2.8605 4.3307 7.1106 7.6406 1.4606 1.0705 1.0206 6.9906 5.2604 1.3805 1.7906 7.6906 9.2604 8.7706 1.0403 9.5504

1.4606 1.2706 4.2307 1.2506 3.8706 1.6306 1.6205 2.3003 1.1807 2.0407 5.6807 4.5807 6.9706 6.2406 9.6306 4.0404 4.8304 3.2604 3.4904 1.4703 3.3003 3.1504 4.3204 1.1305 1.2607 2.3206 9.8905 1.1205 6.4405 8.8206 6.4006 1.2006 1.7605 9.4105 1.6704 2.4006 1.0506 1.3406 4.7304 5.7504 3.6804 2.6604 1.3605 2.5704 5.3005 4.0105 1.6504 2.4505 3.1905 3.8007 7.1006 7.4206 1.2506 1.0605 8.8007 6.2106 4.4604 1.3805 1.5606 8.7706 8.0504 8.1306 9.1504 8.6004

1.3606 1.0806 2.4207 1.0106 1.9206 7.3407 1.8405 3.9003 4.7408 9.4408 3.7207 3.1807 6.7206 6.0406 1.0905 1.5704 1.8704 2.8804 1.4104 2.9903 6.7503 3.1404 4.4004 1.7205 9.0908 9.3007 2.0104 4.5906 1.2504 7.6106 3.0006 3.2807 3.0005 4.5905 1.6504 1.3806 4.2907 1.1206 6.1904 5.5304 3.1404 3.4804 5.3906 1.8604 3.5805 3.2205 1.6904 2.8405 5.7905 1.8707 7.7206 7.6406 5.5407 1.1405 3.8307 3.7006 1.6504 1.5205 6.6407 1.6905 4.0104 5.9306 5.4604 5.8804

1.4206 1.0806 2.0407 9.1907 1.2806 4.4707 2.0805 5.4903 2.3508 6.1708 3.5307 2.9707 6.6506 6.4906 1.2305 7.1205 8.4805 3.3604 6.8305 4.4303 1.0002 3.2804 4.6304 2.4305 8.4608 4.8607 3.0004 2.4206 1.8404 7.5706 1.9306 1.2407 4.1905 2.9605 2.0004 1.1306 2.7007 1.1506 8.3604 5.7104 3.0804 4.6904 2.6306 1.6704 3.5505 3.1205 2.1304 3.1205 8.4805 1.2607 8.9406 9.1806 3.8007 1.2305 2.4807 3.0706 7.4405 1.7805 3.6207 2.5005 2.9104 5.3206 4.9604 5.6004

1.3906 1.0206 2.0307 9.1907 9.9007 2.5407 2.1105 6.5403 9.9409 4.0808 3.7507 2.7207 6.5206 6.4906 1.2705 2.6405 3.1305 3.7904 3.3105 5.4503 1.2302 3.5004 4.9504 2.9505 9.1208 2.8807 3.6804 1.4006 2.2304 7.8006 1.5506 3.3608 4.9305 2.1105 2.3104 1.0906 2.0707 1.4206 1.0203 5.9804 3.1504 5.7204 1.2706 1.6304 3.6505 3.1905 2.5204 3.3405 1.0704 1.0207 1.1005 1.1105 3.4507 1.2905 1.9107 2.9006 2.6605 1.9705 2.2907 3.0805 2.2904 5.2906 5.0904 5.3504

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

237

Table 10 (continued) i

2 2 2 2 2 2 2 2 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3

j

93 94 95 96 97 98 99 100 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58

Zn-like Au

Cu-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

6.6004 1.9004 2.9903 2.2404 6.9004 2.9704 5.4903 5.8404 3.8501 5.3302 3.1902 1.6801 4.4801 1.4401 7.6001 9.1803 3.9402 1.6303 4.4604 3.7402 3.1402 2.1102 6.9502 4.8702 1.5702 4.5303 3.8303 1.5805 1.3306 5.3206 3.4403 5.3005 1.3204 3.8604 8.3106 6.6103 7.0503 5.1803 1.2702 4.7405 5.7306 3.7106 8.6505 5.9706 2.0506 4.6305 5.7106 2.5005 4.9206 1.6805 3.3005 2.1705 9.3806 2.4005 2.9905 2.5807 1.6106 4.4206 1.2006 1.3106 2.7806 1.5406 3.3206

7.3304 1.4304 3.3803 1.6604 6.5504 2.2204 6.0303 4.3404 4.2201 5.2802 3.2002 1.8101 4.8201 1.5401 8.1501 8.8703 4.1702 1.7203 4.7904 3.8702 3.2702 2.1702 7.2502 5.1202 1.6202 4.0703 3.7103 1.2505 1.0506 4.4806 3.6203 4.9305 1.3804 3.9804 7.7406 6.4803 7.0803 5.0003 1.2702 4.7705 6.2406 3.0906 8.8305 6.1006 2.1206 4.7005 4.6906 2.6305 4.6606 1.3605 3.3205 1.9605 9.3406 2.5205 2.7605 2.7407 1.3906 4.6606 1.0706 1.1506 2.7506 1.3606 3.3306

8.0904 1.0204 3.9103 1.1404 6.5704 1.5704 6.5303 3.1404 4.5701 5.2602 3.2002 1.9501 5.2101 1.6601 8.7901 8.7003 4.4502 1.8303 5.1704 3.9802 3.4002 2.2202 7.5202 5.3602 1.6802 3.6903 3.6303 9.6306 8.0607 3.7306 3.8103 4.6605 1.4504 4.1404 7.2506 6.3903 7.1603 4.8603 1.2802 4.8405 6.7606 2.5406 9.0505 6.3006 2.2206 4.8005 3.7706 2.7805 4.4806 1.0705 3.3705 1.7805 9.4006 2.6805 2.5705 2.8707 1.2106 4.9406 9.7407 1.0406 2.7606 1.2106 3.3606

9.5604 2.0005 6.3403 1.9105 7.4704 2.2205 8.0103 6.6905 6.3601 4.0702 2.5602 2.6501 7.0801 2.2401 1.19+0 9.5303 5.7902 2.3603 6.8004 4.5202 3.9102 2.5002 8.6902 6.3102 1.9302 3.0403 3.8403 2.6706 2.0307 2.0306 4.5403 4.5405 1.7204 4.9604 6.6006 6.6503 7.9603 4.8203 1.4102 5.3905 9.9706 1.1106 1.0304 7.9406 3.0206 5.4305 1.3706 3.7505 4.7006 3.5506 3.7305 1.3305 1.0605 3.6805 2.1905 3.8607 8.0007 6.4606 8.3707 8.3307 3.2306 9.2707 3.8006

9.4304 6.3006 7.1203 5.0806 7.9404 5.5106 8.2103 1.6805 7.1301 4.6402 2.9002 3.0701 8.2001 2.6201 1.39+0 1.0802 6.9502 2.8903 8.4304 3.9402 3.4502 2.2202 7.7302 5.8102 1.7702 3.5703 4.6603 1.0506 5.6808 1.8306 4.2703 5.5805 1.6204 5.2104 6.5506 7.1603 8.7203 5.1103 1.5402 5.8305 1.1205 7.6007 1.1204 8.7306 3.3806 5.8605 7.9907 4.4405 5.3206 1.9806 4.0305 1.2805 1.1505 4.1905 2.2105 4.6007 8.4107 6.8906 9.3107 8.4707 3.9706 8.7807 1.1806

9.7504 1.3206 7.8703 1.0306 7.6804 1.1606 8.1003 1.9106 7.9001 4.5702 2.8602 3.5101 9.3801 3.0401 1.61+0 1.0502 7.9002 3.3303 9.8604 4.1402 3.6202 2.3202 8.1002 6.0502 1.8402 2.7303 3.6403 5.9007 1.1108 1.5306 4.4303 4.2605 1.6904 4.8204 6.4206 7.1303 8.7603 5.0703 1.5402 5.8305 1.4305 6.4007 1.1204 1.0205 4.1906 5.8405 6.0707 5.6505 6.7606 1.4806 4.0205 1.2305 1.2605 5.3105 2.1405 5.8207 6.7207 6.8906 7.8007 7.6307 3.3506 8.2907 5.2605

8.3504 1.9005 1.3306 1.5806 1.2303 9.0504 9.7107 1.4006 1.4801 1.18+0 2.0702 8.7202 1.1802 5.8903 6.4002 4.6003 9.9103 6.4803 2.0602 9.9703 2.7502 2.4006 1.4506 8.8807 8.1006 6.4006 3.6206 7.2807 3.6006 5.8406 1.9206 1.5106 5.8404 1.0603 1.0203 1.1903 6.0104 1.4303 3.1504 9.4204 3.1106 1.6004 3.9704 1.4403 7.0504 2.8304 7.4204 5.8904 7.7004 1.1103 3.9404 6.8804 1.8404 4.3604 5.5804 8.9804 2.8706 1.1006 4.1306 5.7906 2.7605 7.0106 2.8405

7.1704 1.9605 1.1706 1.3706 1.1103 7.9704 8.2907 1.2506 1.5901 1.28+0 2.0702 9.0002 1.4502 6.5003 6.5702 5.1303 1.2302 6.6003 2.2702 9.7403 2.8802 2.2806 1.4006 7.8407 8.0906 6.1906 3.3706 6.6107 3.1906 5.6006 1.7806 1.3706 5.1604 1.0803 1.0603 1.1903 6.2804 1.4603 2.9604 9.5004 2.9106 1.4804 3.8104 1.4703 6.9304 2.8504 7.3404 5.9104 6.9104 1.0503 3.5904 6.5604 1.6504 4.1204 5.0004 8.5404 2.7006 9.7307 4.2506 5.5706 2.5705 6.5106 2.6605

6.0304 2.0405 1.0006 1.1606 9.9604 6.9304 7.0107 1.1206 1.7101 1.39+0 2.0702 9.2702 1.7902 7.1903 6.7202 5.7903 1.5702 6.9903 2.5402 9.6503 3.0102 2.1706 1.3606 6.8207 8.0906 5.9806 3.1206 5.9607 2.7906 5.3706 1.6406 1.2406 4.4704 1.1003 1.1003 1.2003 6.5604 1.4903 2.7704 9.5804 2.7406 1.3604 3.6604 1.5103 6.8304 2.8804 7.2804 5.9504 6.0804 1.0103 3.2204 6.2704 1.4404 3.8904 4.3804 8.1404 2.5306 8.6207 4.4606 5.3906 2.3805 6.0206 2.4905

2.3704 1.4804 1.1504 2.5605 3.0005 3.1105 4.6607 3.1707 2.6607 5.0607 3.4907 1.8607 6.2604 5.5104 4.9904 3.7504 3.1804 3.1504 4.1707 4.3107 5.1307 7.7707 7.3207 7.9307 2.3401 2.6501 2.9701 1.89+0 2.17+0 2.45+0 2.1302 2.2002 1.9902 9.9402 9.6902 9.5702 3.5502 4.9702 6.9602 9.6803 1.0602 1.1102 7.2702 7.4702 8.6302 8.8103 1.0702 1.4202 3.5602 5.2202 7.7802 9.1803 9.8903 1.0402 3.7502 4.2102 4.5102 1.0202 1.0402 1.0102 3.4502 3.3602 3.4502 1.8306 1.8406 1.8406 1.3306 1.4506 1.4606 3.2307 2.1307 1.5907 8.9606 1.0005 9.9606 5.6806 5.9706 5.7406 2.2306 1.9706 2.9706 3.9507 3.4907 2.9407 1.3806 8.9707 6.0507 4.7606 4.7806 4.8706 1.1706 1.0606 9.4507 8.1607 7.6807 8.0507 1.9004 8.7805 3.1005 1.2903 1.4703 1.4703 1.3803 1.5903 1.6203 1.3603 1.5203 1.5103 8.4204 9.8104 9.9704 1.7703 2.0203 2.0303 2.2304 2.1204 1.9804 1.0903 1.2203 1.2203 2.4106 2.6306 2.7906 9.8305 8.9005 8.0305 3.3904 3.5104 3.4204 1.8103 2.0803 2.1303 7.1004 7.7204 7.7204 3.3204 3.7404 3.8204 7.7704 8.5404 8.5904 6.7104 7.5304 7.6504 2.6604 1.4604 8.9505 9.4804 9.7004 1.0203 1.8304 1.3904 1.2204 5.8304 5.9404 6.2404 5.7105 2.6305 1.1705 3.3404 3.3004 3.4004 1.8204 9.1005 4.7105 7.4004 7.4704 7.7904 2.0706 1.9906 2.2406 6.1707 6.2507 7.0907 6.6606 9.1506 1.1105 5.5906 6.8806 8.0206 1.8505 1.7605 1.7405 4.5806 4.5206 4.8606 1.9405 1.8205 1.8105 (continued on next page)

238

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 10 (continued) i

3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4

j

59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

Zn-like Au

Cu-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

1.2706 1.7707 1.4007 1.4107 5.0306 1.4307 1.1006 2.2106 5.8408 3.3507 2.7906 1.4306 2.8706 2.2103 6.9104 1.5404 4.1002 3.1707 1.3306 3.6508 9.3707 6.1908 2.1103 5.6508 1.5503 1.0306 3.8206 1.4106 2.8107 7.4908 1.3406 2.9906 7.9004 2.6503 1.4203 1.1403 2.6603 7.1503 1.6003 1.3503 5.5003 1.1002 5.3406 3.6303 1.8103 4.9102 6.2906 7.6004 4.2406 2.0603 8.4106 4.2406 1.2103 5.3201 1.6903 8.8803 2.0005 1.4805 6.6706 3.0604 1.9406 2.2207 8.8706 9.7705

1.1506 1.4607 1.1107 1.1807 5.2806 1.2007 1.1406 2.2406 4.6408 3.0807 2.8406 1.5406 2.9906 2.7103 8.4504 1.1704 4.2002 2.9507 1.4706 2.8008 8.4507 5.1108 2.2203 5.1408 1.6703 1.0606 4.3606 1.4106 2.9407 7.6408 1.5606 3.0506 8.6804 3.1403 1.4303 1.2003 2.8703 7.9803 1.3903 1.2203 5.7403 1.1902 4.2506 4.6803 1.4403 4.9102 4.9306 7.7204 3.2506 2.1003 7.2706 3.9906 9.4304 5.7101 1.3103 8.9903 1.9505 1.1805 5.3706 3.1204 1.5006 1.7507 9.3206 9.7905

1.0606 1.2007 8.6808 9.9708 5.5906 1.0307 1.2006 2.2706 3.5908 2.8707 2.9206 1.6606 3.1306 3.4403 1.0703 8.3705 4.2802 2.7707 1.6506 2.0808 7.6707 4.1908 2.3703 4.7708 1.8103 1.1006 5.0106 1.4206 3.1207 7.9108 1.8206 3.1306 1.0203 3.8903 1.4503 1.2803 3.1903 9.1103 1.2603 1.1603 5.9803 1.2702 3.3506 5.2503 1.1103 4.9402 3.7406 7.8304 2.4506 2.1403 6.2706 3.8506 7.1404 6.1601 9.8804 9.1903 1.9305 9.1406 4.2006 3.2104 1.1506 1.3907 9.8606 9.9005

8.9007 5.7908 2.2908 6.3708 7.2606 7.5808 1.5906 2.4406 8.6609 2.6407 3.5306 2.3806 3.8506 8.3203 2.5703 1.5905 4.5602 2.4807 2.6406 4.5909 6.1607 2.1508 3.0103 4.4308 2.3603 1.3506 9.0406 1.4706 4.5107 9.9108 3.4406 3.6806 2.5603 1.0502 1.5003 1.4403 4.8803 1.4502 1.1103 1.1603 6.8603 1.5302 6.5007 6.5703 2.3104 3.9102 8.0807 9.0404 6.2807 2.4303 3.9606 3.1806 1.7304 8.3301 2.2204 1.1202 2.0905 2.2006 1.0306 3.8604 2.9907 4.6908 1.2505 1.1404

8.5307 4.8508 1.1008 6.0108 7.7606 7.5308 2.0106 2.7306 2.5209 2.7507 3.7406 3.0506 3.9506 1.0802 3.3603 4.6106 4.6602 2.5907 3.1906 1.3409 6.3607 1.7808 3.2103 5.1208 2.5103 1.5706 1.1205 1.5306 5.3907 1.2107 4.2706 4.2406 3.5103 1.4502 1.4503 1.4303 5.4503 1.6302 1.1403 1.2103 6.9603 1.5702 1.2107 7.1303 5.9405 4.4602 2.0107 6.6404 1.8607 1.8703 2.7206 3.1006 4.5205 9.7701 5.8005 1.2902 2.3005 4.8807 2.3907 4.3904 8.1808 1.0408 1.5305 1.2904

8.3407 4.1308 6.3209 5.2108 7.7806 6.2808 1.6906 2.9906 5.0510 2.6407 3.7006 2.5806 4.6106 1.6502 5.1003 1.3106 5.0002 2.3907 4.0806 3.5410 5.6307 1.3908 3.5403 4.5708 2.8003 1.7006 1.5405 1.4706 6.8007 1.0807 6.0306 4.3906 5.6403 2.3202 1.4903 1.5103 6.0103 1.7902 1.1003 1.1703 6.8403 1.5402 3.0308 7.6903 1.5605 4.4002 4.2308 7.2004 4.9008 2.0003 2.7806 3.1706 8.5306 1.13+0 8.9206 1.2702 2.2505 7.8608 4.5408 4.3504 1.4208 1.5709 1.7805 1.2904

1.7905 8.5407 1.4605 1.0204 1.1904 8.6206 2.3406 7.8706 3.4304 5.9904 1.2303 9.1904 5.6505 1.8303 3.6004 6.2804 1.7303 1.0304 1.1104 5.6706 3.5305 3.5305 1.2603 4.3504 5.0004 5.6904 7.6707 5.0305 3.5403 2.1103 1.2506 2.7404 1.0506 7.2607 4.2707 1.1205 8.0904 2.0206 1.1605 6.8806 4.5007 7.8707 4.0102 8.7501 1.2002 5.4303 1.2002 4.1203 7.3802 4.9103 4.3102 5.4103 6.9702 7.4303 9.0008 2.6107 4.5107 6.6207 2.0506 1.3006 3.3107 1.4906 7.2307 2.3607

1.7905 7.1207 1.5305 9.8105 1.1304 7.7806 2.0406 8.5206 3.0804 5.2004 1.3003 1.0403 4.9805 2.0403 3.9104 7.2204 1.9903 9.4505 1.2704 6.1106 3.9705 3.9105 1.1403 3.8804 5.1404 5.1004 6.7807 5.7805 4.0403 2.4003 1.1206 3.1804 9.2307 6.3807 3.9007 1.1505 7.7304 1.9506 1.1305 6.6106 3.8607 7.2707 3.7902 9.4401 1.0102 5.8503 1.4302 4.2503 7.5002 4.5403 5.0902 4.8503 7.4802 6.2203 9.0708 2.7107 4.3207 5.7707 2.0206 1.3106 3.1707 1.5706 6.8207 2.1707

1.8205 5.7807 1.6205 9.5805 1.0804 6.8906 1.7506 9.3406 2.7404 4.4104 1.4103 1.2003 4.2905 2.3003 4.3004 8.3904 2.3003 8.5805 1.4504 6.7106 4.5205 4.3605 1.0303 3.3804 5.3504 4.4804 5.9007 6.6905 4.6603 2.7503 9.9607 3.7204 7.9807 5.5207 3.5607 1.1805 7.4004 1.8906 1.1105 6.3806 3.2907 6.7607 3.7302 1.02+0 8.7503 6.3103 1.7302 4.4403 7.6102 4.2903 6.0002 4.3803 8.1802 5.2903 9.1708 2.8207 4.1507 4.9207 2.0106 1.3306 3.0607 1.6806 6.4907 2.0007

2.3105 1.7207 2.3705 1.0904 1.1104 3.4806 6.8107 1.5505 1.7604 1.5904 2.2903 2.2703 1.8005 4.1403 7.1404 1.6403 4.4503 5.2905 2.6804 1.1605 8.4005 7.5805 6.4004 1.3904 7.6004 2.0704 3.0207 1.3104 9.1203 5.3003 5.8407 7.5204 4.0607 2.6807 2.6607 1.4205 6.9404 2.0206 1.0505 6.2206 1.9307 6.1707 2.8902 1.39+0 6.9903 8.0903 3.2102 5.8903 7.9902 4.3703 1.2201 3.5803 1.1401 4.1603 1.0607 3.5507 3.8907 1.9207 2.1006 1.4506 3.0007 2.5406 5.6107 1.7007

2.9605 6.7308 3.1905 1.3904 1.3804 2.3906 3.3607 2.1605 1.7204 6.8505 3.2003 3.2503 9.9006 5.8803 9.8504 2.3803 6.4203 4.2705 3.8304 1.6505 1.2104 1.0504 5.2104 7.0705 1.0503 1.2704 2.3207 1.8904 1.3402 7.7503 4.7707 1.1103 3.2607 1.9807 2.6207 1.6105 7.5704 2.5306 1.0405 6.7906 1.9007 7.6007 2.7802 1.59+0 7.6003 8.5703 4.3702 6.9803 8.1102 4.3803 1.4801 3.2503 1.2201 4.9703 1.2007 4.0907 4.3007 9.6108 2.3406 1.5706 3.3807 3.2806 5.6807 1.8707

3.4705 1.9508 4.2905 1.6204 1.5804 1.9206 1.6707 2.6005 1.7704 2.4105 3.8003 3.9103 5.7006 7.0303 1.1603 2.8803 7.7203 3.8605 4.5404 1.9905 1.4604 1.2604 4.7504 3.7005 1.2603 8.9405 1.9207 2.2904 1.6502 9.4803 4.0507 1.3603 3.1007 1.6707 2.5107 1.5505 8.2604 2.9706 1.0205 6.8406 2.2407 6.1507 2.7902 1.80+0 7.2803 8.9003 5.9502 8.5703 9.2402 4.5803 2.1501 3.3403 1.2901 3.9703 1.1607 3.6507 4.4707 4.9008 2.4506 1.5506 3.5807 3.9306 5.5907 2.2107

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

239

Table 10 (continued) i

4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4

j

27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89

Zn-like Au

Cu-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

4.5707 2.7107 1.8905 1.5304 1.5003 4.5102 2.1403 3.3203 2.5504 3.8207 2.5206 1.0005 5.4307 2.2207 6.9107 2.3607 1.8005 6.0807 1.4306 6.4207 5.5506 5.6607 2.8005 4.2906 2.2207 7.1907 3.6407 5.5907 1.5606 9.2907 4.9107 1.7405 5.0007 8.4708 4.7408 7.9408 2.3007 4.4508 2.6407 1.7407 3.0308 7.5408 1.2107 3.2907 4.3506 1.1806 1.1904 3.1407 8.9206 8.0908 1.2806 4.7408 1.0607 7.7708 1.2506 3.5508 1.4905 1.2107 4.7107 3.7808 6.6708 2.6508 3.6107

3.5207 2.0007 1.8405 1.6404 1.1803 4.7602 1.7003 3.3303 2.6904 3.4207 2.0006 1.0205 4.8607 1.7807 5.4107 1.8307 1.9005 4.8207 1.1406 4.8707 4.7406 4.6307 2.9205 3.5206 2.0807 5.5507 2.7307 4.2007 1.4906 8.3607 3.8407 1.8705 3.9907 6.3008 3.6608 6.1708 1.9807 3.2808 2.6307 1.6407 2.3908 5.7808 9.7708 3.5507 4.6706 9.4307 1.2104 2.3307 1.1205 6.0708 1.3506 3.4408 8.7008 5.9608 9.4707 2.7208 1.5905 1.2407 4.8307 3.1408 5.2608 2.2008 3.7907

2.6707 1.4907 1.8205 1.7504 9.0604 5.0002 1.3003 3.3703 2.8504 3.1207 1.5406 1.0605 4.4307 1.4307 4.1307 1.4107 2.0105 3.7007 8.8707 3.6207 4.0506 3.7007 3.0705 2.8806 1.9507 4.1607 2.0007 3.0707 1.4406 7.7107 3.0007 2.0305 3.1407 4.5608 2.7308 4.7508 1.7207 2.3708 2.6807 1.6007 1.8508 4.3608 8.0308 3.8907 5.0506 7.1607 1.2304 1.6407 1.4505 4.5108 1.4406 2.4208 7.1208 4.4508 6.7407 2.1408 1.7205 1.2507 5.0707 2.6508 4.0408 2.0208 4.0207

7.4508 5.9608 1.9805 2.2404 2.0504 5.9402 2.7004 3.9903 3.6004 2.6607 3.4807 1.3305 5.8207 4.9108 9.8808 5.1708 2.4905 6.8908 1.8807 1.0607 2.4506 3.0407 3.6405 1.3806 1.5907 9.1808 4.1708 6.5308 1.4206 7.5107 1.1307 2.9105 8.1008 1.0008 5.8009 1.2908 1.2407 5.1209 3.5007 1.7707 4.3109 1.0508 4.0408 5.6807 7.2206 1.4407 1.2804 2.8208 3.4805 1.4408 1.9606 4.5109 3.6608 8.9309 1.3607 1.8208 3.4205 1.3907 6.7007 1.8208 9.6609 3.5008 5.4207

2.3108 2.0108 2.2105 2.8104 5.1905 5.4702 6.9905 5.1803 3.8804 3.9007 1.0007 1.7005 1.1006 2.0708 2.5708 2.6108 2.5505 1.7908 4.6308 2.7308 2.5406 2.3407 3.3505 1.2306 1.8607 2.4508 1.2908 1.8508 1.4906 9.1207 6.0708 3.3905 2.7008 2.9809 1.4809 3.8309 1.1907 1.5509 4.5307 1.9407 1.0409 2.9409 2.9308 7.4807 8.4806 5.1608 1.3404 6.0809 4.4605 1.1208 2.1406 1.5309 3.3008 2.6309 2.9208 2.4508 3.6405 1.0707 7.2407 1.8708 3.6409 5.2508 5.8707

6.3509 2.2209 2.2105 3.3004 9.4806 5.7002 1.0905 3.9103 3.5004 2.8907 1.8008 1.3505 4.4307 4.3709 3.9509 1.2908 2.4605 3.4509 9.3809 2.5509 1.9706 1.6807 3.6305 9.1907 1.7007 4.0609 2.5709 2.8909 1.5006 8.7207 5.7108 4.3205 7.6609 4.6810 2.5110 7.5110 1.1507 2.6310 4.3807 2.4407 1.4210 4.0110 2.7008 7.2707 1.0905 1.3908 1.3104 1.4709 6.6705 8.9609 2.1506 2.7910 2.8708 6.2610 8.2009 2.2808 4.9505 1.1507 7.3107 1.6608 8.3810 5.0408 5.9407

6.3807 1.3307 1.3607 1.0707 9.8508 8.5408 1.4906 1.0906 1.4806 1.5606 2.5708 9.2208 1.4707 7.1308 3.7807 2.9506 1.1606 3.5306 1.5705 1.6405 2.5405 3.0205 3.3405 1.6405 3.0505 2.2604 1.7203 3.8804 5.2004 5.3804 1.0103 9.1504 1.5303 3.2010 3.5305 1.1606 7.6707 8.5606 2.2406 8.0806 5.5906 3.9705 2.4406 4.8106 1.4705 3.2805 1.6705 2.7205 7.4706 3.8005 9.7405 5.1204 2.0204 6.9704 5.7206 9.0404 8.7206 4.8804 1.9604 2.5004 7.0905 7.4006 4.0404

6.5107 1.1707 1.3407 1.0607 9.7808 8.3308 1.3506 1.0606 1.4106 1.5406 2.2908 9.1108 1.4207 6.4408 3.3307 3.1906 1.1506 3.5606 1.3905 1.7105 2.6405 3.1705 3.4505 1.6805 3.0405 2.0004 1.7803 3.5304 5.4204 4.7504 1.0603 9.0704 1.5903 2.6810 3.6505 1.1106 7.6007 8.6106 1.9806 8.3006 5.3606 4.0505 2.4506 4.5006 1.3005 3.3705 1.7405 2.7105 6.7606 3.8305 1.0104 4.8404 1.9604 7.1404 5.0606 9.3204 8.4106 4.9504 1.7504 2.2504 7.3805 7.4506 3.6704

6.6707 1.0107 1.3307 1.0707 9.8808 8.1508 1.2206 1.0406 1.3606 1.5306 2.0108 9.1108 1.3907 5.7508 2.8807 3.5106 1.1606 3.5906 1.2005 1.7805 2.7505 3.3305 3.5705 1.7105 3.0305 1.7504 1.8303 3.1804 5.6504 4.1304 1.1003 9.0004 1.6603 2.2110 3.7605 1.0606 7.5307 8.6606 1.7206 8.5206 5.1406 4.1305 2.4706 4.2006 1.1305 3.4705 1.8105 2.7005 6.0606 3.8705 1.0404 4.5704 1.9104 7.3204 4.4106 9.6104 8.1006 5.0204 1.5304 2.0004 7.6805 7.5206 3.2804

7.9407 9.0407 8.9807 4.1808 2.3008 1.3908 1.4307 1.6807 1.7907 1.1007 1.1707 1.2807 1.0707 1.1507 1.2107 8.2008 9.3008 1.0507 7.1907 5.7207 5.1807 1.0406 1.1106 1.2106 1.2606 1.3406 1.4306 1.4806 1.5206 4.3806 9.7009 6.5809 5.4209 1.0507 1.3107 1.4407 1.3507 1.3807 1.3507 3.4408 2.9308 2.7108 1.3507 9.2008 7.5108 5.8206 8.0206 9.4406 1.4206 1.8006 2.0306 4.0906 4.5906 4.5706 5.0806 2.3706 8.4507 2.2705 2.6305 2.6705 3.4805 4.0305 4.0705 4.3405 5.0805 5.1505 4.3005 4.8505 4.9205 2.0205 2.3005 2.3005 3.2905 3.6305 3.5905 7.9905 4.2505 2.1205 2.2603 2.6003 2.6303 1.9404 1.5104 1.2104 7.2304 8.4104 8.5604 1.7604 8.1205 2.8705 1.4103 1.6403 1.6703 9.5904 1.0503 1.0403 2.1103 2.4603 2.5003 6.2211 1.9611 4.2712 4.6505 5.3505 5.4305 9.7007 9.9507 9.6707 8.0107 8.8007 8.7407 9.7906 1.0905 1.1005 7.3907 3.4407 1.2307 1.0405 1.1905 1.2105 4.4706 4.3406 4.2106 4.9305 5.6305 5.7405 2.7806 3.1106 3.1406 3.3206 3.1606 2.9406 4.8506 2.2506 8.0007 4.2605 4.9005 5.0105 2.3205 2.7005 2.7905 2.9205 3.2105 3.1905 3.4706 2.4806 2.6906 4.4205 4.9605 4.9805 1.3104 1.5104 1.5604 3.8704 3.8304 3.6504 1.8904 2.0104 1.9904 8.8704 1.0203 1.0403 1.8906 8.7807 3.1507 1.1903 1.3803 1.4203 7.6606 8.0006 7.8306 5.8704 6.6604 6.8004 5.9205 2.6405 1.0405 1.1504 8.4805 6.5505 9.8305 1.1504 1.1804 8.4906 9.4506 9.5306 1.7704 1.2804 1.0704 (continued on next page)

240

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 10 (continued) i

4 4 4 4 4 4 4 4 4 4 4 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5

j

90 91 92 93 94 95 96 97 98 99 100 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58

Zn-like Au

Cu-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

2.8708 9.5507 7.5306 2.3006 1.3105 1.1406 8.7206 1.9506 1.8205 3.9406 4.7006 2.4202 4.4701 4.7401 2.4702 8.9302 1.31+0 2.6901 6.0201 6.1904 1.6504 2.0905 4.9805 1.2403 3.0202 9.1803 1.2101 1.0402 2.7102 1.0102 2.9002 4.2902 7.4002 2.3002 2.2002 2.2303 4.8406 2.4705 3.7005 8.6106 6.1605 9.4708 1.2203 1.1503 3.8704 9.6706 3.7503 8.7103 5.3003 3.9003 1.6202 5.8703 3.4303 1.3803 4.6704 1.2203 2.1407 5.0007 1.0706 1.3206 1.5106 4.5207 3.9006 1.8007

3.1708 7.0707 8.3206 1.7106 1.5005 8.4007 9.7006 1.4406 2.0905 3.1506 3.9906 2.3402 4.8901 5.1801 2.6302 9.6002 1.41+0 2.9001 6.4701 4.9404 1.6704 1.9605 5.0105 1.2603 3.0502 9.2603 1.2701 1.0002 2.8102 1.0602 3.0202 4.4602 7.7302 2.3802 2.2702 2.1003 4.5206 2.5005 3.9105 7.6706 6.2105 7.4308 1.2303 1.0503 3.7104 1.0505 3.6103 8.7503 5.3303 3.9303 1.6302 5.8003 3.3403 1.3003 3.9304 1.0803 1.7507 5.1107 1.0906 1.3706 1.5606 4.1807 3.9706 1.4807

3.4408 4.9607 9.2506 1.2106 1.7305 6.2007 1.0605 1.0606 2.3305 2.4606 3.3306 2.4302 5.3001 5.6001 2.8002 1.0301 1.53+0 3.1301 6.9901 3.8604 1.7004 1.8505 5.0405 1.2803 3.0802 9.3603 1.3101 9.7103 2.8902 1.1002 3.1402 4.6302 8.0302 2.4602 2.3402 1.9803 4.3206 2.5505 4.1705 6.9206 6.3105 5.7108 1.2403 9.6404 3.5904 1.1405 3.5003 8.8503 5.3903 3.9803 1.6602 5.7803 3.2803 1.2403 3.2604 9.4404 1.4207 5.2907 1.1306 1.4606 1.6306 3.9207 4.0906 1.2107

5.2408 7.2108 1.3505 1.9307 2.6605 9.6808 1.2305 1.7107 2.8205 5.0007 1.6006 1.5902 7.3601 7.7801 3.7502 1.4001 2.09+0 4.2501 9.4901 7.1705 1.9104 1.6905 5.3705 1.4303 3.3802 1.0602 1.5201 9.5903 3.3002 1.2702 3.6302 5.3302 9.3002 2.8002 2.6702 1.7803 4.6006 2.9405 5.2605 5.7506 7.1705 1.3408 1.3803 7.9104 3.5204 1.6305 3.4303 9.8303 5.9903 4.4503 1.8502 6.1503 3.3603 1.1403 1.5604 6.2704 5.1708 6.4007 1.3906 1.8506 2.0206 3.7207 4.8606 7.1908

3.2008 2.2608 1.4505 6.1808 2.9005 3.2508 1.1605 5.7308 2.6905 1.2507 1.2206 1.6802 8.2601 8.7301 4.2102 1.6001 2.40+0 4.8901 1.10+0 1.2205 1.6104 1.3105 4.5105 1.1903 2.9602 9.8903 1.3401 8.4003 2.9002 1.1202 3.2002 4.7002 8.2702 2.4902 2.3802 1.5203 5.4306 3.6205 6.7905 6.0106 7.9305 2.7709 1.5103 7.8904 3.7304 1.9205 3.6303 1.0802 6.5603 4.8903 2.0302 6.6603 3.5903 1.1903 1.1104 5.7004 1.6008 6.7707 1.6006 1.9406 2.1006 4.4507 5.1706 4.7208

6.8708 4.4809 1.6005 1.1708 3.2105 6.6709 1.1905 1.1308 2.7405 2.3308 1.2606 1.6702 9.1601 9.6901 4.6102 1.7901 2.73+0 5.5501 1.26+0 3.0206 1.6804 1.3705 4.7405 1.2503 3.0702 1.0002 1.4001 8.5903 3.0402 1.1802 3.3602 4.9402 8.6702 2.6102 2.4902 1.5603 5.3706 4.1705 7.9505 5.8406 8.0805 5.4510 1.5103 7.7304 3.7204 2.3905 3.6003 1.0702 6.5503 4.8803 2.0302 6.6403 3.5703 1.1803 1.1004 5.4704 3.2509 6.5307 1.3606 1.9306 2.0706 3.5707 4.9606 3.9508

8.3904 1.1603 6.1504 8.3804 2.8507 3.2406 5.0506 4.2304 8.4104 1.2507 2.4007 7.7902 1.30+0 9.2003 4.0603 1.3002 5.4603 1.1501 1.0102 7.3302 1.6702 1.0401 2.7407 8.8408 7.5308 2.1607 9.1708 7.8708 3.2208 1.3807 8.0008 3.5208 3.4708 6.5907 8.3807 7.8407 1.3506 4.6807 2.1406 8.7107 1.7006 6.4609 2.1907 3.5907 1.2706 5.8507 6.0607 1.2306 1.1306 4.5106 2.6605 4.0406 5.5406 4.0806 4.2406 7.9306 1.5005 7.8306 4.0706 6.3006 1.4806 1.0104 1.1905 5.1705

8.4904 1.1103 5.6304 7.7704 3.0207 3.4006 4.9506 3.9904 7.8004 1.1107 2.3407 8.1302 1.41+0 9.9603 3.9503 1.5302 5.1503 1.1701 1.0102 8.5502 1.5902 1.1101 2.8207 8.9408 7.1208 2.1007 8.8408 7.5008 3.0008 1.3207 8.2708 3.2908 3.7208 5.7707 8.0307 7.7307 1.3306 4.7307 2.0506 8.0407 1.6106 5.7109 1.9407 3.2607 1.3506 5.6207 5.9807 1.1906 1.0806 4.6106 2.7005 3.9506 5.4106 3.9706 4.1006 7.9806 1.5005 7.0306 4.2406 5.6406 1.3506 1.0404 1.0805 5.1105

8.6204 1.0703 5.1104 7.1704 3.2507 3.5706 4.8606 3.7604 7.1904 9.6208 2.2907 8.5502 1.52+0 1.0802 3.8303 1.8402 4.9703 1.1901 1.0402 9.9902 1.5602 1.2101 2.9007 9.0608 6.7908 2.0507 8.5708 7.1408 2.8208 1.2607 8.7208 3.0808 4.0708 4.9607 7.7507 7.7307 1.3206 4.8507 1.9606 7.4007 1.5306 4.9409 1.6907 2.9507 1.4506 5.4507 5.9807 1.1406 1.0406 4.7106 2.7405 3.8706 5.2806 3.8706 3.9606 8.0406 1.5005 6.2306 4.4106 4.9806 1.2106 1.0704 9.8306 5.0405

1.0103 1.0103 3.1504 5.1404 4.9407 4.6806 4.9606 3.1604 5.1104 4.1708 2.3107 1.1201 2.08+0 1.3802 3.7903 3.4802 5.3503 1.2401 1.4602 1.9801 1.8102 1.6701 3.5507 1.0607 6.3508 2.2907 8.4808 6.1008 2.2808 1.1807 1.2107 2.4408 7.5108 2.1607 7.0007 7.9607 1.3806 5.4107 1.7006 5.2707 1.2806 2.4009 8.5808 1.9707 2.2306 5.5807 6.2907 1.1206 9.3407 5.6206 3.2005 3.8606 5.2406 3.7706 3.7406 9.0606 1.6505 3.3006 5.6006 2.5606 7.0907 1.3204 6.3206 5.2505

1.1403 1.0303 2.5504 4.6004 6.6507 5.4906 5.3506 3.0804 4.5504 2.0408 2.4707 1.2601 2.37+0 1.4502 3.6903 4.7602 5.3703 1.2601 1.6202 2.3901 1.9902 1.7901 4.0607 1.2007 7.1108 2.6707 9.4708 6.2508 2.2708 1.3107 1.6607 2.4808 1.2507 1.2507 7.1807 8.3507 1.5406 5.7607 1.6506 5.0107 1.2606 1.8509 6.1908 1.7607 2.9306 6.4307 6.6907 1.2706 9.3507 6.3806 3.6205 4.1106 5.5806 3.9806 3.8906 1.0105 1.8305 2.2206 6.5106 1.6506 5.3507 1.5204 5.1606 5.6805

1.1603 1.0903 2.3304 4.4904 7.6307 5.6506 5.3506 3.1504 4.4304 8.3709 2.4507 1.4101 2.67+0 1.5002 3.6803 6.5202 5.6003 1.4501 2.1902 3.4601 1.9502 1.8801 3.4407 1.1807 7.8408 3.4307 1.0907 6.0608 2.3208 1.3707 2.0207 2.2808 2.8907 7.9008 7.0707 8.2207 1.6106 5.7707 1.8006 4.8707 1.2706 6.0410 4.7808 1.6507 3.4506 6.9307 6.4807 1.4006 9.1907 6.3706 3.6105 3.9806 5.5806 3.8206 3.7506 1.0005 1.8105 1.5306 6.6006 1.3106 4.1907 1.5404 4.2706 5.5905

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

241

Table 10 (continued) i

5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5

j

59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100

Zn-like Au

Cu-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

2.2506 1.0406 2.6506 5.6307 1.2106 4.1606 1.5406 5.1707 1.9507 3.8306 4.3106 1.6306 1.0106 1.3802 2.0404 2.7703 4.6303 3.8107 1.8207 1.3108 1.4106 4.2307 7.7602 1.7308 1.7003 1.6108 6.9407 1.6906 4.3807 3.1108 2.2806 9.1208 2.3603 3.3903 9.6203 1.8103 2.8903 5.6503 2.0902 3.0203 4.4303 1.0502

2.2806 8.9307 2.6806 5.1207 1.0806 4.3306 1.4606 4.5707 1.7907 3.8406 4.0906 1.3906 8.2607 1.7102 1.5504 3.1103 5.0703 2.9207 1.7607 1.0908 1.1206 4.3207 7.9802 1.3808 1.7103 1.2208 6.8007 1.3606 4.6707 2.4408 2.4306 7.0308 2.6303 3.8303 1.2402 1.9203 2.8903 5.8503 2.3302 2.9803 4.4103 1.0802

2.3206 7.6307 2.7406 4.7507 9.8207 4.5606 1.4106 4.1307 1.6907 3.8806 3.9306 1.1706 6.7907 2.1502 1.1304 3.5003 5.5903 2.1807 1.7107 9.1409 8.8907 4.3907 8.1702 1.0908 1.7703 8.9909 6.7607 1.0906 5.0307 1.8508 2.6106 5.1508 2.9103 4.4203 1.6102 2.1103 3.0503 6.2803 2.6402 3.0403 4.4803 1.1102

2.8606 4.7407 3.3506 4.4107 8.1307 5.8106 1.4806 3.3507 1.5207 1.4705 3.8706 6.3907 4.0107 4.7002 2.0605 4.9003 7.5603 5.5008 1.6807 6.1709 3.9407 4.8207 8.8402 5.1909 2.1803 2.2409 7.9307 5.0807 7.2507 4.9709 3.8606 1.2108 3.6503 8.1503 4.2202 3.5703 3.9103 8.6803 4.0402 3.9003 5.0603 1.2502

3.6506 4.2407 4.1906 4.5807 8.5307 6.3606 1.7906 3.2907 1.5207 4.7105 3.8506 6.1507 2.8407 5.8402 5.7506 5.2403 8.0603 2.2208 1.8907 2.6609 3.3007 5.6107 9.0402 4.7609 2.3203 6.6210 9.2107 4.4807 8.5707 2.1209 4.5806 3.7909 3.6603 9.7903 5.5402 4.2903 4.2003 9.4603 4.4702 4.2403 5.2503 1.2802

1.5906 3.6807 3.4606 4.0907 7.3607 6.0606 1.4606 3.0107 1.4607 1.0305 3.7306 4.8707 2.4107 8.5602 1.1906 5.5703 8.5603 1.3508 1.6607 6.7509 2.6707 4.8907 1.0001 4.1609 2.4903 1.3110 1.0706 3.4807 1.0506 1.2009 5.8006 5.8610 4.2003 1.4302 8.6902 6.2303 4.2303 1.0102 4.8302 4.5003 5.2303 1.2602

1.6105 6.9404 7.6604 2.7304 1.5004 1.1703 1.5703 1.3203 4.4906 1.4705 1.2006 1.8305 1.6503 6.1905 4.0304 5.9304 1.5504 1.4003 1.4104 7.7506 1.3006 2.2705 7.8905 4.5905 4.0506 2.5805 1.9506 2.5905 3.5705 8.1806 3.0906 4.1005 1.0006 1.8206 9.9307 2.4507 3.4706 3.2904 9.3706 2.7406 1.8403 6.3004

1.4705 6.1304 7.8804 2.8304 1.5304 1.1803 1.5803 1.3703 4.5806 1.3305 1.1106 1.9105 1.6803 5.8205 4.0404 5.8804 1.5904 1.4303 1.3704 7.9106 1.2806 2.3205 8.1705 4.6205 3.8906 2.3105 1.7906 2.6805 3.5705 7.7306 2.8706 4.1105 9.3507 1.6706 9.5407 2.7307 3.3406 3.0904 8.8906 2.6406 1.8903 6.1304

1.3205 5.3204 8.1004 2.9404 1.5704 1.1803 1.6003 1.4103 4.6806 1.2005 1.0206 1.9905 1.7203 5.4505 4.0404 5.8404 1.6304 1.4703 1.3204 8.0906 1.2706 2.3805 8.4605 4.6505 3.7206 2.0305 1.6306 2.7805 3.5705 7.2806 2.6406 4.1305 8.7507 1.5206 9.2207 3.0607 3.2206 2.9104 8.4606 2.5606 1.9303 5.9704

8.1506 2.2704 9.8704 3.6804 1.8804 1.3403 1.8503 1.7503 5.5706 7.3706 6.9607 2.5405 2.0503 4.3605 4.4604 6.2204 1.9704 1.7903 1.2504 9.7106 1.3506 2.8805 1.0604 5.2805 3.4006 1.0305 1.0706 3.4905 3.7105 6.0306 1.9106 4.6305 7.2207 9.8007 9.0107 5.2807 2.8906 2.3904 7.7506 2.6706 2.3503 5.8904

6.5006 1.0504 1.1303 4.2604 2.1404 1.5003 2.0703 2.0203 6.3406 5.8606 5.8507 2.9505 2.3403 4.1605 4.9404 6.8004 2.2404 2.0403 1.3104 1.1105 1.4806 3.3005 1.2204 5.9205 3.4706 6.5706 9.1607 4.0505 3.8805 5.8806 1.8906 5.1705 7.0207 8.2207 9.5307 7.4007 2.8906 2.3304 8.0506 3.2206 2.6903 6.2704

6.3806 3.7005 1.1403 4.3204 2.1604 1.5003 2.0803 2.0503 6.4206 4.6906 1.0906 3.0105 2.3503 4.1105 4.9204 6.7504 2.2704 2.0703 1.2604 1.1305 1.4906 3.3705 1.2504 5.9605 3.3706 4.2706 8.7107 4.1605 4.1805 5.5006 1.9406 5.0505 7.2707 7.7607 1.0206 8.8607 4.1006 2.2004 8.4406 3.7806 2.7603 6.2004

242

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 11 Collision strengths at six scattered electron energies of 100, 500, 1000, 5000, 10,000, and 20,000 eV for Ni-like and Co-like Au (a ± b ” a · 10±b). See page 205 for Explanation of Tables i

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

j

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63

Ni-like Au

Co-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

4.1704 1.3803 1.8404 9.1504 4.8204 8.2304 3.9504 1.6103 6.0004 3.7204 1.9803 4.0804 1.3404 3.9204 5.9304 2.1604 1.0203 1.0603 1.1503 7.1004 8.0104 1.3603 9.6204 2.0303 7.1504 5.6503 6.4904 8.6504 2.8204 1.2803 2.3703 8.4104 9.8704 1.0503 6.8104 2.8202 6.7604 1.6403 1.0703 1.5003 1.8404 1.4203 1.3903 8.5904 1.8503 1.4403 1.3603 6.9104 2.3503 3.7602 1.1603 1.4103 1.6003 1.1503 9.5504 1.6503 8.4504 8.2202 4.2104 2.6404 8.3604 2.0102

3.6904 1.4403 1.6204 9.3404 4.3104 7.8704 3.4304 1.8203 5.3104 3.3304 2.3103 3.9604 1.2204 3.9704 5.7204 1.9204 8.8604 9.4304 1.0603 6.0304 6.9204 1.1703 8.2204 2.0703 6.1904 5.6903 5.6104 7.4004 2.5204 1.3003 2.7403 7.3004 8.7504 9.7004 5.7804 2.8502 5.8104 1.4103 9.1404 1.2703 1.5804 1.5003 1.2103 7.0704 1.5603 1.2203 1.1403 5.6704 2.3603 4.0202 9.7104 1.1903 1.3603 1.1303 8.1704 1.5203 6.9804 8.8202 3.7204 2.2904 8.9104 2.0402

3.2104 1.4903 1.4004 9.5604 3.7704 7.5504 2.9204 2.0903 4.6004 2.9104 2.7203 3.8704 1.0704 4.0604 5.5504 1.6504 7.5304 8.3504 9.8004 4.9704 5.8304 9.7404 6.8404 2.1303 5.2804 5.7303 4.7304 6.1804 2.1904 1.3303 3.1903 6.1804 7.6804 8.9604 4.7704 2.8802 4.8804 1.1903 7.7704 1.0403 1.3404 1.5903 1.0403 5.6404 1.2703 1.0003 9.2704 4.5504 2.3903 4.3402 7.9304 9.8504 1.1303 1.1103 6.9104 1.4103 5.5904 9.5302 3.2304 1.9604 9.5404 2.0802

1.3804 1.9003 5.9505 1.1503 1.4604 7.0904 1.0604 3.9203 1.8004 1.1104 5.5403 3.9304 4.3405 5.4304 5.4304 6.2305 2.8304 5.0404 7.6704 1.5604 2.1104 3.3504 2.2604 2.6503 2.5204 5.9103 1.6804 2.1004 8.2405 1.6303 6.4003 2.2804 4.3304 7.0804 1.4904 3.0102 1.7004 4.3104 4.4904 3.2704 5.4905 2.1203 5.6304 1.5104 3.8304 3.1304 2.7004 1.8404 2.8403 6.5202 2.3704 3.1504 3.7004 1.2003 3.8604 1.2103 1.5104 1.4401 1.3404 8.1505 1.3603 2.2402

6.4105 2.2403 2.7705 1.3303 6.1605 7.3304 4.5505 5.6503 8.2005 4.7205 8.1703 4.1404 1.9305 7.3104 5.6504 2.6105 1.2804 4.5904 7.7604 6.0505 9.2805 1.4204 9.2105 3.1303 2.0604 6.0103 7.2405 8.7405 3.4405 1.9203 9.6603 1.0204 3.7904 7.2404 5.7305 3.0702 6.9405 2.1004 4.5304 1.3004 2.5605 2.5503 4.6604 5.5805 1.5004 1.2404 1.0104 1.6304 3.1703 8.5302 9.2505 1.2504 1.4904 1.3303 3.8404 1.2403 5.5405 1.8901 5.9205 3.8405 1.6803 2.3202

2.3005 2.2803 1.0105 1.3703 2.0805 6.8104 1.6005 6.9403 3.0705 1.6405 1.0402 3.8804 7.1606 9.2504 5.2604 8.5006 4.6305 5.2804 7.6304 1.8205 3.2305 4.6905 3.0205 3.3203 2.2704 6.2203 2.4505 2.8205 1.1305 2.0503 1.2102 3.6405 4.2704 7.3204 1.7105 3.1702 2.0405 1.1304 5.5104 3.9105 9.1406 2.7003 4.7304 1.6505 4.3305 3.7605 2.8805 1.9004 3.6903 1.1401 2.7105 3.7605 4.5005 1.5303 4.6404 1.3803 1.6105 2.5501 2.3005 1.4805 1.8003 2.4102

1.8702 2.2301 3.5603 1.2802 1.4003 3.7603 1.3303 1.5303 5.6304 1.2603 4.9404 8.5604 3.8604 1.8203 6.0404 1.5503 5.6804 3.5604 2.2303 8.0504 1.3103 4.2604 2.7406 2.3406 9.3004 1.5703 5.7704 1.9003 1.5504 7.7204 3.6106 3.9903 1.6803 1.5003 1.3303 3.2603 2.8803 2.8103 1.0703 2.6004 2.2203 7.3104 9.6206 9.8406 4.1906 6.9804 6.1004 7.6604 3.9804 6.5204 6.3404 3.5104 1.0204 1.0203 6.2604 1.4404 3.7904 6.0104 2.6904 5.2804 2.8903 3.2003

1.6802 2.3301 3.3603 1.3102 1.3003 3.8903 1.3103 1.5603 5.6404 1.2803 4.6604 8.5904 3.7204 1.8603 6.0904 1.4103 5.2104 3.6304 2.1203 7.4104 1.2403 3.9804 2.6606 2.2606 9.0604 1.7003 5.8804 2.1003 1.3504 6.7404 3.5506 4.5203 1.8903 1.3403 1.2303 3.5803 3.2003 3.1203 1.0303 2.3704 2.5003 7.3804 1.0505 1.0705 4.0106 6.6204 5.5904 7.5504 3.9504 6.3204 6.1104 3.4404 9.4605 9.8704 5.9104 1.3704 3.5504 5.8304 2.5604 4.8604 2.5603 2.8403

1.4802 2.4401 3.1503 1.3302 1.1903 4.0203 1.2903 1.6003 5.6704 1.3003 4.3804 8.6504 3.5904 1.9003 6.1504 1.2603 4.7304 3.7104 2.0203 6.7404 1.1703 3.7004 2.5906 2.1906 8.9404 1.8803 6.0904 2.3603 1.1504 5.7604 3.5006 5.1603 2.1403 1.1803 1.1203 3.9803 3.5903 3.5003 1.0003 2.1304 2.8603 7.5404 1.1705 1.1805 3.8606 6.3004 5.0304 7.4804 3.9504 6.1304 5.9104 3.3904 8.6705 9.6204 5.5304 1.3104 3.3304 5.6604 2.4404 4.4304 2.2303 2.4903

9.0003 3.0701 2.4103 1.4502 8.1504 5.0103 1.3003 1.9203 6.3104 1.5103 3.5904 9.7604 3.3404 2.2903 7.0604 6.6804 3.1104 4.4604 1.8303 4.2504 9.7604 2.8104 2.5106 2.0706 1.0403 3.2003 8.6104 4.1803 4.2505 2.2004 3.6506 9.6203 3.9503 5.8204 7.5004 7.0203 6.5303 6.3903 1.0003 1.1904 5.4403 1.0003 2.0505 2.0405 3.6706 5.5204 2.7004 8.5704 4.8104 6.1804 5.8504 3.7204 6.0205 9.5504 4.4204 1.1804 2.6804 6.0304 2.2604 2.9604 1.1203 1.3303

5.5803 3.5501 2.2803 1.5602 6.9604 5.8003 1.3903 2.2003 7.0304 1.7203 3.4804 1.0903 3.4604 2.6203 7.9604 4.7004 2.6004 5.1004 1.8403 3.4604 9.4504 2.5904 2.6506 2.1406 1.3303 4.5003 1.1703 5.9503 1.8705 1.0404 3.9606 1.3802 5.6503 3.7604 6.3804 1.0102 9.4803 9.2803 1.1203 8.8105 7.9403 1.3203 2.9105 2.9005 3.7806 5.4404 1.8904 1.0703 6.3704 7.3004 6.5604 4.3104 5.2605 9.9104 4.8304 1.1804 2.6404 7.6404 2.5604 2.5204 8.1004 1.0403

5.6203 4.0701 2.6003 1.6002 5.9804 5.9203 1.3603 2.2403 7.0704 1.7603 3.2904 1.1203 3.4004 2.7103 8.1404 3.8204 2.2304 5.2604 1.9103 3.1604 9.5904 2.5604 2.6506 2.2806 1.5303 5.3503 1.3703 7.0903 6.4106 4.5205 4.0106 1.6502 6.7603 2.7204 6.0104 1.2302 1.1602 1.1302 1.2303 7.5605 9.7103 1.5603 3.4805 3.5205 3.9906 5.5604 1.5204 1.2503 8.1704 8.7104 7.5504 4.9404 5.0105 1.0403 6.0704 1.2104 2.8104 9.5904 3.0304 2.3604 6.7904 9.5304

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

243

Table 11 (continued) i

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

j

64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27

Ni-like Au

Co-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

1.5204 5.5204 1.1203 1.9504 7.3504 3.3305 5.3304 3.0604 5.1603 6.1804 2.1904 8.9603 7.5704 9.5404 1.0003 4.7504 1.1603 7.9704 5.2004 1.3802 4.1004 3.8304 1.5704 2.6104 4.8905 6.6003 1.8104 2.2804 6.8405 1.6604 8.5104 4.9205 2.4104 1.5204 2.1304 1.2104 2.2504 1.3802 4.9803 1.7002 7.4701 5.7601 1.0804 3.1006 1.35+0 1.3401 8.7504 5.9501 1.4106 6.1506 9.8405 8.1204 3.0602 3.0002 4.5102 4.6702 1.4803 1.1301 2.7302 8.8203 6.3602 2.5104

1.3704 5.3504 1.1203 1.7304 8.6204 2.9505 4.6904 2.7504 5.9003 6.2304 1.9104 9.1203 6.5704 8.2904 9.9104 4.0804 1.0103 6.8804 5.1704 1.4902 3.6004 3.7904 1.3804 2.6604 4.2505 6.7503 1.6204 2.0704 6.0005 1.5904 9.8404 4.4305 2.1304 1.3704 2.2304 1.1104 1.9604 1.2302 4.3803 1.5202 8.1901 6.3101 1.1604 2.6406 1.45+0 1.4401 7.0704 6.3801 1.3806 5.7106 1.0404 8.5804 3.1802 3.0702 4.6802 4.8302 1.3003 1.1801 2.8102 8.8503 6.6102 1.9904

1.2104 5.1804 1.1303 1.5104 1.0303 2.5505 4.0504 2.4104 6.8303 6.3004 1.6404 9.2903 5.5904 7.0804 9.8204 3.4204 8.6704 5.8004 5.1804 1.6202 3.1004 3.7604 1.2004 2.7404 3.6205 6.9003 1.4204 1.8704 5.1905 1.5404 1.1603 3.8905 1.8404 1.2004 2.3804 1.0204 1.6704 1.1202 3.8003 1.3402 8.9801 6.9101 1.2504 2.2206 1.57+0 1.5501 5.5904 6.8801 1.3606 5.3306 1.1104 9.1204 3.2802 3.1302 4.8402 4.9802 1.1503 1.2201 2.8802 8.9003 6.8502 1.5404

4.9705 4.8704 1.2803 5.8805 2.3303 1.0005 1.5804 9.6705 1.3602 7.3204 6.5505 1.0002 2.0704 2.9104 1.0703 1.1904 3.2804 2.0704 6.1504 2.3002 1.3404 4.1404 5.2405 3.3404 1.4905 7.6403 5.6305 1.2704 2.2305 1.4504 2.5803 1.5305 7.3005 4.6605 3.5804 7.8005 6.1905 3.9703 2.1203 8.0503 1.24+0 9.5201 1.6804 7.8707 2.12+0 2.0901 1.1004 9.2701 1.4006 4.5006 1.4504 1.1903 3.9302 3.6102 5.7702 5.9102 8.0404 1.4701 3.3802 9.8603 8.1602 3.5605

2.0905 5.3904 1.4103 2.5605 3.7803 4.8906 6.8005 4.1805 2.0802 8.1804 2.9805 1.0402 8.9905 1.6004 1.2203 5.4005 1.4804 9.0905 7.3804 2.8202 6.5705 4.6804 2.4805 4.0304 6.8906 8.0503 2.4105 1.2404 1.0605 1.5804 4.2203 6.3806 3.2805 2.0105 4.8104 8.0405 2.6605 2.5803 1.4103 4.4103 1.39+0 1.07+0 1.9404 3.7207 2.46+0 2.4301 2.1005 1.08+0 1.5606 4.8706 1.7104 1.3903 3.2102 2.9602 4.7702 4.8802 5.7804 1.2301 2.8402 8.2203 6.8702 9.7706

5.9606 6.0004 1.6303 7.7706 4.9903 2.0506 2.1405 1.2305 2.6902 9.4904 1.1005 1.0902 2.6805 9.6905 1.5203 1.8205 4.5705 2.8305 9.4004 3.4802 2.6105 4.5204 8.6606 5.0004 2.0206 8.4803 7.8906 1.3604 3.7306 1.8804 6.1103 2.1106 1.2105 6.7806 6.3804 9.1405 9.1506 2.7403 1.6703 4.4203 1.53+0 1.18+0 2.2004 3.0807 2.81+0 2.7801 7.6506 1.23+0 2.3606 6.6606 1.9804 1.6003 3.4702 3.1802 5.1202 5.2402 6.0804 1.3201 3.0302 8.7303 7.3602 2.1006

2.6403 2.8903 1.6603 2.2403 1.7903 7.5104 1.8706 4.2306 4.0806 2.1606 3.0503 2.0503 2.9103 1.0703 2.8103 4.4203 3.3503 3.0303 1.8603 7.8604 2.0003 5.2306 3.0102 3.3603 5.9304 5.5203 1.6003 1.2703 7.9404 1.5703 1.3703 2.3003 2.5404 6.1004 1.2703 1.3003 1.4503 2.9202 9.6202 8.4303 3.7206 8.4906 5.3907 1.9606 3.5906 5.2804 1.2703 6.8904 6.9604 5.7704 5.4804 4.2206 2.1003 5.3204 6.2906 7.1607 1.1506 9.7106 7.5204 1.8603 8.8404 5.5904

2.3403 2.6203 1.4503 2.0403 1.5703 6.9504 1.7206 4.4406 4.1906 2.0106 2.6303 1.9003 2.5503 9.3004 2.4203 4.2903 3.1803 2.8403 1.6203 7.3404 1.9803 5.0406 3.0302 3.2203 5.3104 6.3303 1.7803 1.4303 7.3804 1.4603 1.2203 2.2703 2.2404 5.2704 1.1103 1.1603 1.5803 3.0102 1.0001 8.5603 3.3106 8.7006 5.2007 1.9806 3.4606 4.8204 1.3103 6.7804 7.0804 5.1304 5.4704 3.8006 2.1803 5.5304 5.9706 7.3307 1.1206 1.0405 7.2404 1.8803 8.4004 5.0104

2.0503 2.3603 1.2403 1.8603 1.3503 6.4204 1.5606 4.7406 4.3706 1.8706 2.2103 1.7603 2.2003 7.9504 2.0403 4.1803 3.0203 2.6603 1.3803 6.8604 1.9803 4.8806 3.0502 3.0803 4.6004 7.3303 2.0103 1.6303 6.8604 1.3503 1.0603 2.2403 1.9604 4.4504 9.4104 1.0203 1.7503 3.1202 1.0401 8.6903 2.8906 8.9306 5.0207 2.0006 3.3406 4.3604 1.3503 6.6804 7.2104 4.4704 5.4704 3.3606 2.2703 5.7604 5.6906 7.6007 1.1106 1.1305 6.9604 1.9003 8.0004 4.4004

1.1503 9.8304 9.8404 1.5903 1.5003 1.5503 5.1504 2.9304 1.8504 1.3203 1.2703 1.3103 6.5204 4.9304 4.5104 5.0404 5.0904 5.4404 9.1707 7.1607 6.9407 7.5206 1.0805 1.4205 6.2506 8.4106 1.0305 1.4306 1.3306 1.3106 8.0804 4.0504 2.1604 1.3703 1.3703 1.4603 1.0303 7.1204 5.8304 3.5804 2.4904 2.1604 7.6504 4.0704 2.4804 4.2803 4.7803 5.4103 2.6703 2.7603 2.9603 2.2803 2.3803 2.6103 6.4204 4.8004 4.4104 5.7704 6.0004 6.6104 2.2403 2.5803 2.9603 5.1706 6.5006 9.7606 3.1302 3.1902 3.2902 2.6903 2.6703 2.7703 1.7604 7.4305 2.3605 1.4602 2.1802 3.0302 3.7403 5.5403 7.7103 3.1003 4.6203 6.4603 5.5104 5.6104 6.1004 1.0903 1.1203 1.2203 5.5804 4.3104 3.9204 2.2503 2.3603 2.5303 1.0404 8.3205 7.8005 1.6104 7.3005 2.9405 3.6404 1.8104 8.9005 5.8304 4.8504 4.6604 3.0603 4.4803 6.2603 3.8002 4.3402 4.9202 1.3201 1.4901 1.7701 9.3803 1.0002 1.0202 1.2606 5.9407 2.1407 1.0805 1.2405 1.2505 4.6707 4.8207 4.6607 2.3406 2.8406 1.0205 3.0906 3.1706 3.0806 2.6904 2.1004 1.6904 1.6503 1.9003 1.9403 6.8304 7.3604 7.2704 8.4804 9.6204 9.7304 1.9404 9.0905 3.2205 6.0004 6.6404 6.6404 1.5806 9.5007 6.5407 2.8803 3.3403 3.4303 7.3004 8.4904 8.7004 5.0806 5.1006 5.2906 1.0406 1.3706 1.6106 1.2006 1.4206 1.5806 1.7905 2.4405 2.8405 6.4204 6.6204 6.4504 2.2103 2.5103 2.5703 7.1504 7.1404 7.3804 1.7804 8.2105 3.4605 (continued on next page)

244

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 11 (continued) i

2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

j

28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91

Ni-like Au

Co-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

4.3305 1.7106 3.0901 1.0905 2.2803 6.4105 2.6805 3.0706 1.3405 7.6105 1.2903 3.8803 4.9303 6.4203 1.5504 4.5205 8.1603 7.5403 1.6902 1.0303 5.6403 1.1302 2.1303 5.4604 2.6206 8.2906 9.0706 1.9706 1.0305 3.2406 8.1506 6.0905 3.3405 5.2405 2.3806 1.9606 1.6704 3.8304 2.1106 8.3607 2.6903 8.2504 1.2305 1.2606 7.2005 3.9606 1.4905 4.6007 3.8806 4.6606 2.2506 4.6806 3.4706 6.9506 2.9306 1.3106 4.6803 2.6005 8.6502 5.8504 9.7003 7.1204 2.8403 2.4303

4.5105 1.3806 3.2301 1.1205 2.1003 6.6805 2.8005 2.6606 1.3805 6.0905 1.3103 3.9103 4.6603 6.4803 1.6204 4.7105 8.2103 7.4803 1.7102 8.5304 5.4903 1.1302 1.9203 4.4804 2.3906 8.3806 9.0806 1.9406 1.0305 3.1306 8.5006 4.9805 3.3705 5.4105 2.3106 1.5906 1.6404 3.5804 2.1506 8.3407 2.5103 8.0604 1.3705 1.2506 6.7205 4.1406 1.5205 3.7607 3.9606 4.7306 2.1506 4.7406 3.4606 6.8006 2.8206 1.0906 4.8003 2.1205 8.8702 4.6804 9.9403 6.4704 3.5903 2.9403

4.6805 1.0906 3.3901 1.1405 1.9203 6.9405 2.9105 2.2906 1.4305 4.7605 1.3303 3.9803 4.4303 6.5903 1.7004 4.9105 8.3203 7.4703 1.7402 6.9004 5.3903 1.1402 1.7303 3.5804 2.1906 8.5306 9.1506 1.9306 1.0405 3.0606 8.8906 3.9605 3.4205 5.5905 2.2706 1.2506 1.6004 3.3204 2.2406 8.6507 2.3203 7.8904 1.5805 1.2806 6.2105 4.4106 1.5605 2.9807 4.0706 4.8506 2.0806 4.8306 3.5006 6.6706 2.7506 8.9507 4.9203 1.6505 9.0602 3.5304 1.0202 5.7804 4.6403 3.7103

5.5105 3.6307 4.3301 1.3205 1.1903 8.1605 3.4705 1.2606 1.6805 1.1605 1.4903 4.4603 4.0503 7.3903 2.0404 5.9205 9.2503 8.0003 1.9502 2.4104 5.4703 1.2502 1.2703 1.0804 1.7206 9.7906 1.0105 2.1406 1.1505 3.3506 1.1505 1.1305 3.6505 6.3905 2.3706 2.5607 1.5904 2.2904 2.2906 1.1606 1.6103 7.7504 2.4005 1.7406 4.2705 5.6106 1.7405 6.7308 5.2106 6.1606 2.1406 5.8406 4.1106 6.4706 2.9306 2.9407 5.5403 5.3306 9.7202 7.6005 1.1402 2.7604 1.2802 9.9303

5.1005 1.6607 5.0001 1.1205 9.7604 7.7205 3.0905 9.5907 1.3905 3.4006 1.7403 5.2003 4.4703 8.6003 1.9604 5.1905 1.0702 9.1903 2.2602 1.3304 6.1903 1.4402 1.2903 4.5305 1.7406 1.0905 1.1305 2.3206 1.2905 3.5606 1.2705 4.7306 3.4505 6.7705 1.9806 6.1108 1.7304 2.0104 4.0706 1.4506 1.4103 8.4204 3.3405 2.2306 3.7605 7.7006 1.8805 1.8208 6.0606 7.2206 2.4906 6.6806 4.7606 6.6806 3.3006 1.5007 6.0003 3.3606 1.0001 2.7405 1.2402 1.4004 1.6302 1.2502

5.0505 1.7507 5.7701 1.2205 1.0303 7.5305 3.2405 7.9407 1.6205 7.9207 1.6503 4.9303 4.1803 8.1703 1.9504 5.7505 1.0202 8.7003 2.1502 1.0104 5.8503 1.3602 1.1903 2.7105 1.6606 1.1505 1.1605 2.4806 1.2405 4.3806 1.4605 2.7206 3.7905 6.0505 2.3606 1.0908 2.1004 2.1204 4.5606 1.9206 1.5103 1.0303 4.5005 2.7006 4.0405 9.1906 2.1905 4.9809 5.7906 6.8006 2.3006 6.1806 4.5806 5.1806 3.0806 1.0707 7.0103 2.6106 7.8502 7.6306 1.4502 5.8205 2.6302 2.0302

3.8904 6.8104 1.9004 1.1403 5.1904 7.6604 4.6304 4.4606 7.2906 7.6106 7.6306 1.2806 1.3606 1.5506 5.8306 1.2105 1.5603 3.1303 8.7204 6.4304 6.6504 5.0704 1.4003 6.7404 5.2504 1.5103 6.8904 7.7504 3.1003 6.1904 3.6104 5.5104 2.3904 5.5904 7.6506 1.4205 6.6206 8.0706 5.3406 3.7006 3.1606 9.6507 6.6904 1.1103 1.1403 4.1904 8.2806 2.2505 1.8005 1.2005 7.8706 8.7006 7.8706 4.1106 4.9906 2.2806 9.5206 5.6104 1.5004 3.4805 8.0207 1.4506 9.1206 3.1005

3.5004 6.5104 1.7004 1.1003 5.1704 6.9204 4.4304 3.9506 7.1306 7.2906 8.3906 1.2106 1.2106 1.4706 6.0106 1.2505 1.5503 3.5103 9.3704 5.7704 6.8204 4.6604 1.5903 6.8804 4.7704 1.7203 7.7404 6.8804 3.5803 6.9804 3.3704 5.0904 2.2904 5.3504 6.9306 1.3205 5.8406 6.9306 5.2106 3.4906 2.8106 8.8007 6.1304 1.0903 1.0803 4.2004 7.1106 2.2405 1.7905 1.1205 6.7506 7.4306 6.8006 3.9106 4.2906 2.1806 9.1406 5.3104 1.3204 3.0105 7.1407 1.3206 9.8706 3.5605

3.1004 6.2504 1.4904 1.0503 5.1604 6.1304 4.2704 3.4206 7.0206 7.0206 9.3506 1.1406 1.0606 1.3706 6.2606 1.3105 1.5703 3.9703 1.0203 5.0804 7.0804 4.2504 1.8303 7.1204 4.2604 1.9803 8.7904 5.9704 4.1603 7.9604 3.1504 4.6604 2.2004 5.1404 6.2106 1.2205 5.0806 5.8006 5.0806 3.2906 2.4806 7.9707 5.5104 1.0803 1.0303 4.2604 5.9606 2.2305 1.7905 1.0405 5.6706 6.1906 5.7506 3.7406 3.5906 2.0906 8.7506 5.0304 1.1504 2.5405 6.2307 1.1806 1.0805 4.1305

1.3904 5.8504 5.8305 1.0003 5.6504 2.8704 4.0504 1.3506 7.3006 6.5006 1.6605 1.0106 4.6207 1.0306 8.6406 1.8505 2.0303 7.2403 1.7003 2.4404 9.9404 2.7604 3.5303 9.9604 2.3804 3.8603 1.6503 2.3704 8.3003 1.5103 2.4604 3.0204 2.0504 4.8004 3.9006 9.6706 2.7106 2.1006 4.9006 2.8606 1.4406 5.5007 3.0304 1.2303 9.1904 5.4604 2.0706 2.2405 2.0005 8.0306 2.2306 2.0606 2.2706 3.5306 1.2406 1.9906 7.5206 4.4204 5.8405 9.2006 2.7607 6.4507 1.8405 8.1905

8.1305 5.9804 2.5105 1.0303 6.2704 1.7104 4.1604 6.2107 7.7006 6.5806 2.3805 1.0706 2.6107 1.0306 1.1405 2.4405 2.6903 1.0302 2.3903 1.5304 1.3503 2.3104 5.1703 1.3603 1.7504 5.6703 2.4103 1.1004 1.2302 2.2103 2.3204 2.5204 2.1204 4.8704 3.3906 9.7506 2.2406 1.1006 5.1106 2.9906 1.2406 5.1207 2.2304 1.5203 9.1304 7.3504 8.8607 2.2905 2.2705 7.7406 1.4006 8.8507 1.3106 3.8506 5.5607 2.1606 7.2306 4.7404 4.4905 4.2006 1.5707 4.8207 2.6305 1.2204

5.3605 6.2404 8.4306 1.0703 6.3704 1.1504 4.3604 2.2707 8.1506 6.8306 2.9005 1.1906 1.5607 1.1806 1.3405 2.8505 3.1303 1.2302 2.8403 1.0604 1.6003 2.1504 6.3103 1.6203 1.4704 6.9403 2.9503 4.0105 1.5002 2.7003 2.3504 2.3604 2.2504 5.1104 3.0906 9.5406 2.1806 6.7607 5.1606 3.0206 1.2006 4.7907 1.9904 1.8503 9.3504 9.4804 2.9007 2.3405 2.3805 7.9906 1.1206 3.4007 8.4907 4.0406 2.3007 2.2106 7.1606 5.3904 3.9305 2.3206 9.6408 4.2107 3.2305 1.4904

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

245

Table 11 (continued) i

2 2 2 2 2 2 2 2 2 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3

j

92 93 94 95 96 97 98 99 100 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57

Ni-like Au

Co-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

2.0707 7.1907 2.8406 1.4606 5.8803 1.0403 1.9604 2.8603 1.8006 9.4003 6.6503 1.9201 7.5401 1.4903 2.2203 1.8703 6.0201 4.2701 4.5401 1.2106 1.3503 2.5204 6.7406 1.2803 6.5302 8.0703 2.6302 3.0202 2.5503 4.6002 4.3902 2.8802 8.2003 3.3506 2.3205 2.7602 6.5706 1.9601 2.7605 1.8605 1.6005 7.1106 2.2603 1.4004 4.5204 1.0702 7.2604 1.1705 2.5705 1.7003 5.0903 1.8003 6.1703 7.1703 4.3303 7.9003 3.4803 6.0106 2.4406 8.2206 1.1706 3.6806 1.1805

2.1407 7.8707 2.4106 1.4306 6.2103 1.0103 1.5204 2.9503 1.7506 8.4303 5.8803 2.1001 8.2601 1.6103 2.4003 1.5103 6.4701 4.5801 4.8801 1.0906 1.4403 2.6904 6.5106 1.1503 6.7802 8.1503 2.7102 3.1502 2.0203 4.7902 4.5802 2.9702 8.5803 3.1106 2.3805 2.8602 6.4806 2.0501 2.8405 1.9105 1.6505 7.1606 2.3703 1.1404 3.7604 1.0802 6.0104 1.1105 2.5805 1.5603 5.0303 1.4703 6.2803 7.2003 4.1703 8.0303 3.5403 5.8006 2.3006 8.2406 1.0606 3.3606 1.2205

2.2807 8.8007 2.0206 1.4106 6.7903 1.0103 1.1104 3.1403 1.7506 7.4803 5.1403 2.3101 9.0801 1.7403 2.5803 1.2003 6.9801 4.9501 5.2601 9.5207 1.5403 2.8904 6.3006 1.0503 7.0202 8.2303 2.7902 3.2702 1.5603 4.9702 4.7602 3.0602 8.9403 2.9006 2.4405 2.9702 6.4306 2.1601 2.9105 1.9605 1.7005 7.2306 2.4903 9.0505 3.0704 1.1002 4.8404 1.0605 2.5905 1.4303 5.0103 1.1603 6.4403 7.2903 4.0603 8.2103 3.6303 5.6506 2.1706 8.3206 9.6107 3.0606 1.2705

3.2707 1.3506 1.2406 1.3906 1.2302 1.4103 2.4405 5.3603 2.6506 4.6803 2.9803 3.1701 1.25+0 2.3703 3.5203 2.3404 9.4201 6.6801 7.0901 3.8607 2.0203 3.8104 6.0206 8.2804 8.3802 9.2703 3.2902 3.9402 3.6004 5.9502 5.7302 3.6102 1.0802 2.5106 2.8105 3.6702 6.7506 2.7501 3.3305 2.3005 1.9905 8.0106 3.0203 2.3605 1.1704 1.2402 1.6104 9.1906 2.6805 1.1403 5.3103 3.0304 7.3703 8.0603 3.9803 9.3303 4.1503 5.5406 2.1106 9.3606 7.4307 2.3606 1.6205

3.4807 1.4206 1.1506 1.5006 1.6602 1.8103 5.3006 7.0703 3.5206 2.4803 1.9603 3.5401 1.40+0 2.7203 4.0403 4.1005 1.10+0 7.7801 8.2601 1.7507 2.3903 4.5404 6.2606 6.4704 6.9002 7.5803 2.7102 3.3002 9.8805 5.0102 4.8302 3.0302 9.2303 1.8406 2.4705 4.2202 6.0006 3.1801 3.1105 1.9605 1.7005 7.0706 2.7303 5.8006 7.2105 1.4502 8.4405 9.4306 2.5105 1.2003 6.0903 7.4005 8.6003 9.3203 4.4703 1.0902 4.8103 6.0406 2.2006 1.0405 7.7907 2.4906 1.7805

3.8007 1.5806 1.3206 1.7706 2.4202 2.6203 1.5506 1.0302 4.6306 2.4403 2.2603 3.9101 1.54+0 3.0703 4.5603 1.0905 1.25+0 8.8701 9.4101 6.5608 2.7603 5.2804 6.9406 6.5004 7.4302 8.1103 2.9102 3.5402 2.1505 5.3602 5.1702 3.2402 9.8003 2.0506 2.5705 4.8602 6.0206 3.6701 3.0505 2.1305 1.9105 7.3106 2.8403 1.1006 6.3805 1.3702 5.8705 7.4706 2.6005 1.1203 5.7703 1.4005 8.1703 8.8403 4.2103 1.0302 4.5803 5.7606 2.6806 1.0905 9.0707 2.3006 2.0905

1.1503 1.1003 9.9504 1.7403 6.9704 9.6904 1.1703 1.0603 1.2705 1.3302 1.3901 8.1107 1.4606 2.8906 8.0106 1.5405 3.4407 5.6507 2.8307 6.4007 2.2606 7.3107 2.4606 8.5107 1.5007 8.6007 8.3707 1.1306 9.7007 1.2107 2.7807 4.2407 1.3106 1.0306 3.4007 1.3007 7.5007 4.4006 1.1305 6.2807 1.0106 8.6407 3.1006 1.2505 1.3306 7.4607 1.3606 8.6806 4.5506 1.5207 6.2207 8.3807 5.7807 7.7907 6.6707 3.0406 5.4107 1.8006 2.2706 4.1007 1.4206 3.2806 8.7107

1.0203 9.7704 8.8204 1.5503 6.0804 8.8504 1.0503 9.4804 1.1405 1.3202 1.4401 7.4007 1.4306 3.0806 8.6006 1.6505 3.2007 5.5107 2.7107 6.6007 2.2806 7.6507 2.4006 7.6007 1.5107 7.8707 8.1307 1.1306 9.9707 1.1507 2.8207 3.7607 1.3106 1.0306 3.1807 1.1407 6.5507 4.7206 1.1905 6.1807 8.8307 7.7107 3.0206 1.3005 1.2706 7.2707 1.3906 8.6706 4.5606 1.3407 6.2507 8.6207 5.0807 7.1307 6.1107 3.1006 4.8707 1.8206 2.3206 3.7207 1.3706 3.1506 8.8607

8.7804 8.5704 7.7304 1.3503 5.2004 8.0404 9.3904 8.4504 9.8706 1.3102 1.5101 6.6907 1.4006 3.3106 9.3106 1.7905 2.9607 5.4007 2.5907 6.8907 2.3006 8.1007 2.3506 6.7207 1.5407 7.2107 7.9107 1.1406 1.0306 1.0907 2.9007 3.3007 1.3106 1.0306 2.9807 9.7408 5.6607 5.1206 1.2405 6.0907 7.6207 6.8307 2.9406 1.3605 1.2206 7.0607 1.4206 8.6606 4.5706 1.1607 6.2907 8.8907 4.4207 6.4707 5.5607 3.1606 4.3307 1.8506 2.3706 3.3307 1.3306 3.0106 9.0407

3.9804 2.5004 1.7804 4.8004 4.1204 4.1304 4.3204 3.6404 3.5704 6.7904 4.8604 4.0504 2.0204 9.4905 3.7405 5.6104 5.2804 5.3804 5.7004 4.9504 4.8004 5.2804 4.8104 4.9304 3.8306 1.6906 6.2807 1.2902 1.3702 9.9503 1.9101 2.1801 2.5601 4.3807 4.0607 3.5107 1.3506 1.4706 1.4006 4.8106 6.6006 6.8806 1.3705 1.8505 1.9805 2.6005 3.4605 3.7405 2.2007 2.1807 1.8707 5.5707 6.4507 6.6307 2.3307 2.4207 2.3207 9.2307 1.1806 1.3206 2.4706 2.7706 2.6506 1.1106 1.4106 1.6406 2.3206 2.5206 2.3706 3.9007 3.3107 2.9307 1.9107 2.3807 2.7907 5.3307 5.3707 6.0607 7.6707 8.3007 4.0207 1.2906 1.4506 1.3406 1.2506 1.4106 1.3006 1.0407 1.1807 1.1907 3.6807 4.7607 5.5907 1.9307 1.6807 1.5607 1.4106 1.5806 1.5006 1.1306 1.2606 1.3406 2.4207 2.4707 2.4407 4.1008 2.1608 1.0208 2.9107 2.3107 2.2807 7.6706 9.9906 1.1305 1.5505 1.8005 1.7605 5.9307 6.0007 2.4507 3.8907 3.1807 3.2007 3.8007 2.8607 2.5507 2.7606 2.8906 2.7106 1.6905 1.9805 1.9405 1.0606 1.0606 1.0206 6.8307 7.5207 7.3007 1.6706 1.9106 1.8806 8.5506 8.4706 7.3506 5.7106 9.0806 1.2804 5.5308 3.8708 3.1808 9.9307 2.0906 4.0505 1.0806 1.2206 1.1706 2.2507 1.7007 1.5807 4.3207 3.8407 3.4007 3.7207 3.2407 2.9307 3.6806 4.2106 4.3606 2.5307 2.0007 1.5307 2.1206 2.4006 2.4406 2.7406 3.1406 5.4006 2.0107 1.6707 1.4307 1.2506 1.3906 1.6506 2.6606 2.7206 2.5606 1.0506 1.2006 1.2306 (continued on next page)

246

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 11 (continued) i

3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4

j

58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25

Ni-like Au

Co-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

1.8506 3.7304 4.6306 3.1405 2.2406 8.7805 1.2804 2.7004 1.0806 7.1907 1.9203 6.5604 5.2907 9.1707 5.8205 1.0506 1.0605 1.4805 1.2206 3.5806 1.8806 1.7406 1.7906 4.0106 2.4506 4.9206 1.6303 2.3403 6.1104 5.9502 3.5503 5.2603 9.1904 2.8803 4.8907 8.0506 1.0205 5.0907 4.2104 2.6803 2.0803 2.1603 5.5206 9.6603 5.5105 1.1506 4.8901 8.4502 3.5107 1.1003 1.7503 5.6207 1.5001 3.7601 1.3103 3.6201 1.2405 1.3206 7.1306 5.1005 3.3505 4.7707 1.0905 1.5905

1.7006 3.8104 4.3806 3.2605 2.2406 9.3205 1.1604 2.6004 1.0906 6.6107 1.8503 5.9304 4.2107 9.0907 5.6205 1.0706 1.0705 1.6005 1.0406 3.4006 1.8206 1.5806 1.6206 4.1006 2.4106 5.0806 1.6403 2.4003 4.8804 6.1102 3.5603 5.4103 1.0703 3.6603 5.0407 8.2106 1.2305 4.5607 3.2604 2.8303 2.1903 2.2403 5.4006 9.3803 7.1605 1.0506 5.3601 9.2402 3.3007 1.1903 1.9003 5.6107 1.6101 4.0401 1.0603 3.8901 1.2305 1.1006 7.2206 5.2705 3.4705 4.0807 1.1005 1.6105

1.5806 3.9004 4.1806 3.4005 2.2506 9.9405 1.0204 2.5104 1.1606 6.1207 1.7803 5.2404 3.2907 9.3307 5.4105 1.1406 1.0905 1.7405 8.7907 3.2406 1.7806 1.4306 1.4706 4.2406 2.4006 5.2606 1.6503 2.4503 3.6904 6.2402 3.5803 5.5803 1.3103 4.7603 5.3007 8.3706 1.5305 4.0007 2.3904 3.0803 2.3803 2.3903 5.3206 3.5403 7.9405 9.5007 5.8901 1.0101 3.1407 1.2903 2.0503 5.6707 1.7401 4.3601 8.4004 4.2001 1.2205 9.0207 7.2906 5.4105 3.5805 3.4607 1.1005 1.6205

1.3006 4.4304 3.6906 4.0205 2.5006 1.2704 4.5205 2.2604 1.3508 5.7807 1.5703 2.3104 1.3507 1.1806 4.8605 1.4906 1.1705 2.4205 3.9407 2.7806 1.8206 1.0906 1.2106 5.4906 2.7906 6.4406 1.7203 2.6303 7.9805 6.7102 3.7003 6.3703 3.3703 1.3202 7.1607 9.0206 3.8905 1.7207 5.2605 5.5303 4.1403 4.1403 5.8706 2.3403 9.8005 4.9407 8.1101 1.3901 3.1607 1.7603 2.8103 7.1507 2.3401 5.8801 1.6504 5.6601 1.3405 3.4407 8.1706 6.4605 4.3605 1.7207 1.2405 1.8305

1.3706 4.9804 3.2506 4.0405 2.2806 1.2404 2.1805 2.3504 2.9006 5.1106 1.6203 1.1104 7.5108 1.4806 5.0705 1.9806 1.2505 2.7605 2.9807 2.7306 2.0506 1.0906 1.3406 6.6506 3.3406 7.4406 1.8003 2.7103 2.9005 6.9202 3.8703 6.9703 4.2303 1.6802 7.3907 8.9806 5.6805 8.3808 1.1605 7.3403 5.4403 5.5203 6.9106 1.9903 1.1104 4.2707 9.0801 1.5601 2.8307 2.0103 3.2103 7.5807 2.7301 6.8501 2.9405 6.5901 1.1605 2.2007 6.5106 4.9705 3.5805 1.4207 9.9706 1.4205

1.2806 4.8604 3.3306 3.9405 2.8806 1.2904 8.5406 2.8004 2.6206 4.3207 1.9203 4.3705 4.7208 1.9506 5.9205 2.6306 1.4205 2.7805 2.8407 1.6506 1.9806 9.9407 1.1606 6.0906 3.0306 6.7206 2.0603 2.1703 8.2506 5.6102 4.4403 8.3103 6.8603 2.7202 8.2307 8.7806 7.9805 3.5508 3.3806 1.0802 7.9403 8.0103 8.5106 2.0903 1.2004 4.5807 1.00+0 1.7201 3.0207 2.2503 3.6103 7.7407 3.1001 7.8001 8.1006 7.5201 1.1405 1.6107 6.8306 5.4405 3.7805 1.0907 1.0605 1.5405

5.1907 1.2505 4.4607 6.0807 7.8206 5.1106 8.2307 2.3006 3.1206 2.3806 9.3207 8.9907 1.0306 1.4706 3.0107 6.4707 9.5507 8.6806 1.8706 3.1306 1.2606 1.2206 1.1905 1.0106 9.7407 7.9007 6.3906 2.9206 2.2906 6.0506 5.7404 1.9203 5.5904 8.9604 1.0105 5.9007 1.4106 7.4006 1.9606 3.7706 2.5105 9.0607 4.8104 8.7102 1.0609 1.7708 3.3608 5.8407 2.4906 1.2107 2.3007 6.5808 3.6806 4.6107 2.0506 5.2009 2.1406 4.3106 5.0509 2.9907 3.2908 9.0407 1.8806 3.3807

4.9407 1.3105 4.2507 5.2607 7.4406 4.7206 6.9407 2.1106 3.0006 2.1306 8.7207 8.0807 1.0006 1.5006 2.7307 6.5507 7.8107 9.8606 1.7206 3.3706 1.1006 1.1306 1.3205 8.9707 9.0707 8.0407 6.8506 2.9006 2.3206 6.4106 5.1004 1.9903 5.3804 9.2504 1.1105 5.1707 1.3306 7.5406 1.8906 4.0106 2.8305 7.7807 4.3104 9.1802 8.6310 1.7408 3.0808 6.3207 2.6406 1.0507 2.1907 5.7508 3.9606 3.8807 2.2006 4.7809 2.1406 4.6406 4.7209 3.1207 3.1608 8.9807 2.0306 3.2407

4.6807 1.3705 4.0407 4.4707 7.1206 4.3806 5.8007 1.9406 2.9206 1.8706 8.2007 7.1407 9.7907 1.5306 2.4707 6.6407 6.2407 1.1305 1.5806 3.6806 9.3607 1.0406 1.4705 7.8707 8.4807 8.2807 7.4206 2.8906 2.3806 6.8806 4.4504 2.0603 5.1704 9.5504 1.2305 4.5507 1.2606 7.8006 1.8406 4.3206 3.2405 6.5307 3.8004 9.7102 6.8310 1.7208 2.8308 6.8607 2.8206 8.9208 2.0907 4.9808 4.2906 3.1807 2.3806 4.4109 2.1506 5.0306 4.4509 3.2207 3.0908 8.9407 2.2006 3.1107

3.9207 1.7605 3.6207 1.7407 6.6606 3.3506 3.0207 1.4706 2.9706 9.7707 6.7007 3.6907 9.2607 1.8406 1.5607 7.6107 2.1107 2.0705 1.1306 5.8906 3.8307 8.0707 2.5005 4.0607 6.7807 1.0706 1.1405 2.9706 3.0306 1.0305 1.9304 2.5903 4.7104 1.1803 2.0505 3.2207 1.0706 1.0605 2.0206 6.7306 5.8605 2.3707 1.8404 1.3001 1.8210 1.8108 2.0508 1.0206 3.8906 4.1008 1.9307 2.7308 6.3006 9.5608 3.4606 3.8109 2.3606 7.3806 4.0009 3.8807 3.1108 9.1207 3.3206 2.8607

3.8807 2.0705 3.9507 7.6708 7.5406 3.1506 2.8207 1.4206 3.3906 7.1507 6.6507 2.5307 1.0006 2.1106 1.3607 8.6507 1.4407 2.8905 1.0406 8.0406 2.0407 7.9807 3.4405 3.0807 6.6707 1.3106 1.5005 3.3406 3.6706 1.3605 9.0505 3.0003 4.8004 1.3703 2.8305 3.3507 1.0406 1.3905 2.4806 9.1706 8.2405 1.2207 1.0504 1.4501 7.0911 2.1108 2.3008 1.1406 4.3206 3.2208 2.1907 2.1608 7.0006 3.4808 3.8406 4.1609 2.7906 8.2006 4.4209 4.3107 3.7508 2.1305 3.6806 3.3007

3.8607 2.0705 3.7407 2.6308 8.5506 3.2406 3.2207 1.5106 3.8106 6.8107 6.8207 2.7707 4.3406 2.1706 1.4307 8.5907 1.3707 3.5305 9.3507 9.5506 1.1307 9.1207 4.1105 2.9107 6.7607 1.5906 1.7605 1.4405 5.5206 1.6505 3.2305 3.0603 4.6204 1.3903 3.3205 3.8407 1.0706 1.6105 2.8006 1.1005 9.8705 5.7408 5.8905 1.6201 2.1511 2.2208 1.6308 1.5006 5.4906 2.2708 1.9907 1.6908 9.2606 9.2609 5.0806 4.7609 2.6406 1.0805 4.9509 3.9307 4.6408 2.7805 5.0306 2.8007

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

247

Table 11 (continued) i

4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4

j

26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88

Ni-like Au

Co-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

7.7307 4.9005 2.4003 4.6402 6.4603 1.5302 2.2002 2.8902 1.8803 3.5902 2.6102 1.6604 4.6007 1.8706 7.8207 8.2006 5.7805 4.5605 5.2807 1.1905 1.0707 1.2705 1.3706 1.0406 3.0406 4.0305 8.2703 6.2804 6.1603 4.3503 1.3703 4.9703 3.7603 3.9704 2.5506 2.7405 1.2406 2.1506 9.5803 3.4803 7.4707 3.4207 2.4002 4.5302 2.0407 9.0307 5.6704 8.6008 2.4005 1.4407 3.5007 4.5807 3.8407 1.7607 4.0807 5.4007 3.7507 1.3507 1.9203 1.2806 1.4807 2.7007 4.2003

6.4307 3.8605 2.3403 4.8202 6.6403 1.5802 2.2902 3.0202 1.4903 3.7402 2.7002 1.3204 4.6507 1.7106 6.4007 8.3106 5.9705 4.7805 5.1607 1.2105 8.6608 1.3005 1.2606 8.4107 2.8306 3.3805 8.3703 5.1404 6.2803 4.3503 1.1203 4.9903 3.6703 3.3704 2.4306 2.8405 1.2406 1.7406 1.0002 3.6303 7.3607 3.2607 2.4902 4.7302 1.7807 9.2707 5.8704 7.4708 2.4105 1.2007 3.5007 4.6507 3.7307 1.5507 3.8107 5.5707 3.7307 1.2807 1.9603 1.2106 1.5207 2.9107 4.2903

5.3207 2.9605 2.3003 4.9902 6.8603 1.6202 2.4002 3.1402 1.1503 3.8902 2.8002 1.0204 4.7607 1.5806 5.1107 8.4806 6.1605 5.0005 5.1007 1.2505 7.0308 1.3505 1.1706 6.6407 2.6506 2.7805 8.5403 4.0704 6.4503 4.3703 8.8604 5.0403 3.6203 2.8304 2.3306 2.9405 1.2606 1.3606 1.0502 3.7903 7.2807 3.1307 2.6002 4.9602 1.5507 9.6807 6.1204 6.5808 2.4305 9.7208 3.4907 4.7707 3.6707 1.3607 3.5907 5.8107 3.7407 1.2207 2.0103 1.1606 1.5907 3.2007 4.3903

2.7007 6.6606 2.4003 5.9602 8.2303 1.9002 3.0002 3.7802 2.6504 4.6702 3.3202 2.3805 6.0207 1.3106 1.6207 9.8306 7.0405 6.0505 5.4907 1.4505 3.7808 1.6005 9.7307 1.8807 2.3306 1.1605 9.6603 1.1104 7.4303 4.7703 2.3104 5.5603 3.7003 1.4104 2.1306 3.4505 1.3906 3.1807 1.3502 4.8103 7.4507 3.1507 3.2802 6.3402 8.2108 1.1506 7.6604 5.2908 2.5305 2.3408 3.4407 5.7307 4.1307 8.4208 3.4107 7.5807 4.4207 1.1107 2.2403 1.0806 2.0207 4.3007 4.8703

2.5607 1.7906 1.9503 4.9102 9.4603 1.5702 3.4602 3.1702 7.2905 3.9402 2.7902 6.6906 6.1707 1.4306 8.0308 1.1805 6.9605 5.1905 6.5307 1.7505 3.7108 1.9305 1.0706 7.6608 2.5906 7.6606 1.1302 3.5705 8.6903 5.5003 5.6305 6.4403 4.1903 1.1104 1.8606 3.5005 1.1606 8.2208 1.5702 5.5803 8.1107 2.7307 3.8202 7.4102 5.9108 1.5406 8.8704 5.7308 1.2905 8.2909 3.3907 6.3507 4.7207 8.0008 3.7607 8.9807 5.1607 1.1707 2.4103 1.1206 2.2707 4.7907 5.2503

2.0907 3.6707 2.0503 5.2902 1.1202 1.6902 3.9402 3.4002 1.6005 4.2102 2.9902 1.4606 6.8707 1.6406 5.8508 1.2005 6.4105 5.6605 6.0007 1.6405 3.6708 1.9405 9.8807 4.7008 2.3906 7.3906 1.0702 1.5905 8.2603 5.2103 1.0705 6.1003 3.9603 1.1804 2.0206 3.1805 1.3606 1.5108 1.8202 6.4603 8.1307 3.0307 4.4002 8.5402 4.6408 1.8106 1.0203 6.9708 2.8805 2.9709 3.4307 6.1107 4.3407 7.6008 3.4507 8.3607 4.7707 1.0907 2.8203 1.1406 2.3707 5.0107 6.1503

1.4107 3.7907 6.2208 3.1207 3.0608 7.7307 4.7906 4.7007 4.9907 1.5209 5.5409 4.0908 1.8507 8.3208 1.5708 8.7707 3.5108 2.0407 2.8407 1.9606 3.9706 1.4107 2.8007 1.2607 1.4406 1.5007 7.0908 2.0407 5.9106 5.0307 1.3705 3.3506 5.6407 3.8207 2.4307 3.7307 2.3008 1.7008 1.3809 3.6809 1.5407 4.4908 4.2208 1.0906 3.3807 8.2107 2.8307 4.5606 1.0609 7.5508 1.9808 1.9306 2.7409 8.9309 3.5808 5.7908 1.6508 4.6507 1.0606 4.7907 6.1407 1.7907 2.6408

1.2907 3.7907 5.7408 3.1407 2.8608 7.6007 5.1406 4.0607 5.1307 1.3209 4.7609 3.7108 1.8607 7.8008 1.4408 8.7107 3.1708 2.1007 2.5907 2.0406 3.9306 1.2307 2.5607 1.1307 1.5006 1.3607 6.0408 2.0107 5.9006 4.2307 1.4305 3.3506 5.8807 3.4007 2.5107 3.7107 2.1808 1.4908 1.1809 3.1109 1.5707 4.2908 4.0408 1.1806 3.2107 8.4107 2.6807 4.5506 8.5610 7.5308 1.7208 2.0706 2.2409 7.5309 3.3808 5.6908 1.4108 5.0507 1.1506 4.8607 5.5307 1.6407 2.2308

1.1807 3.7907 5.2808 3.1907 2.6708 7.5507 5.5606 3.4207 5.3107 1.1209 3.9909 3.3508 1.8507 7.3308 1.3208 8.6607 2.8208 2.1607 2.3807 2.1106 3.9106 1.0607 2.3307 1.0107 1.5406 1.2507 5.0308 1.9907 5.8906 3.4807 1.4905 3.3406 6.1007 2.9707 2.6107 3.7307 2.0808 1.2708 1.0109 2.5709 1.6107 4.1208 3.8808 1.2906 3.0307 8.5907 2.5307 4.5306 6.6810 7.5608 1.4608 2.2506 1.7909 6.2209 3.2008 5.6308 1.1908 5.5307 1.2506 4.9107 4.9207 1.4907 1.8308

8.9808 9.1908 9.5608 4.2407 4.4807 4.4707 3.8808 3.2908 3.6308 3.6907 4.2707 3.8307 2.2408 1.2408 9.2409 8.1007 9.2307 1.0106 8.1006 9.2206 1.2005 1.2107 5.7208 3.1108 6.4807 7.5507 6.4807 4.0810 1.9310 6.8511 1.3909 6.5510 2.5810 2.3108 2.2108 2.4508 1.9907 2.1307 2.0007 6.2908 5.6508 5.7408 8.9009 8.2009 8.0009 8.3107 8.4907 6.7307 1.5308 1.4308 1.0008 2.6307 2.7507 2.8307 1.9207 1.9007 2.8007 2.5606 2.9706 2.7006 3.7506 3.6106 2.6806 5.6808 4.7808 4.6708 1.6507 1.5307 1.5407 6.5108 5.5908 5.2308 1.8806 2.1406 2.0206 9.8908 8.5008 1.1607 1.6708 7.9309 3.6509 1.9707 2.0207 2.2107 5.7806 5.9506 4.3406 1.0507 3.4708 8.2609 1.8605 2.1005 2.0005 3.2706 3.4406 2.4206 7.8007 8.4807 8.6507 1.5107 1.1507 1.0707 3.4107 3.5307 3.8707 4.1207 4.7207 5.2407 1.8008 1.8908 1.8908 5.1109 2.5709 1.2809 7.5910 8.5710 1.2209 1.0309 7.2910 7.2110 1.9907 2.2507 2.7107 3.6508 3.9808 3.8108 3.5108 3.6708 3.0708 1.9206 2.5206 2.7906 2.5307 2.8407 2.3607 1.0306 1.1306 1.0906 2.1007 2.1807 2.3207 4.4206 4.3006 3.7006 1.8610 6.2911 1.8811 8.7308 1.1507 1.2207 5.5609 2.6209 1.5009 3.3006 4.4006 4.7806 5.7010 3.2810 3.1910 2.3109 1.4009 1.4709 2.7508 2.8008 3.0108 5.6008 6.3008 5.5008 6.6109 5.9509 7.6609 8.4807 1.1406 1.2806 1.8506 2.4406 2.7106 5.8807 6.8507 6.6507 2.9307 2.4707 2.2307 9.8608 9.0108 7.8108 5.7809 2.4109 7.7610 (continued on next page)

248

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 11 (continued) i

4 4 4 4 4 4 4 4 4 4 4 4 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5

j

89 90 91 92 93 94 95 96 97 98 99 100 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57

Ni-like Au

Co-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

3.0904 3.8807 1.0707 3.6902 3.9204 8.1006 1.5805 4.4308 4.2306 1.7706 4.5608 1.7303 4.4704 1.0804 4.6401 4.8001 1.6706 1.4903 9.2704 4.0804 3.1804 6.8802 1.06+0 3.8201 4.7405 2.3106 1.3905 2.0205 2.7606 1.2706 1.4405 3.1605 8.1505 2.2703 2.9402 2.7702 3.8402 3.6702 5.5903 2.7503 9.2402 1.6602 4.6302 8.3303 5.0508 1.1505 2.1506 1.2405 7.7205 7.5406 1.8105 3.4006 6.6307 5.4406 2.0506 1.6105 1.8705 3.8004 4.5103 6.4703 1.0403 5.4703 1.4402 5.0303

2.8104 4.8207 1.0607 3.7802 3.1304 8.2106 1.6005 4.2008 5.2906 1.7406 4.6508 2.2003 5.8004 1.4404 5.0901 5.2601 1.5406 1.6103 1.0003 4.4304 2.5704 7.3702 1.14+0 4.1001 4.8805 1.8706 1.4005 2.0205 2.2506 1.0706 1.3805 3.1905 8.4605 2.3503 3.0502 2.8402 3.9902 3.8002 5.7003 2.6103 9.6302 1.7002 4.8002 8.6803 4.1808 1.1605 1.8706 1.2605 8.0005 7.0506 1.9205 2.8906 5.5007 5.1806 1.7006 1.6405 1.9305 3.8404 4.2803 6.5203 8.5104 5.3903 1.4502 4.9303

2.5104 6.0707 1.0407 3.8702 2.3604 8.3406 1.6105 3.9908 6.7306 1.7206 4.7008 2.8603 6.3804 1.5704 5.6001 5.7501 1.4406 1.7303 1.0803 4.7804 2.0404 7.9302 1.23+0 4.4201 5.0005 1.4806 1.4105 2.0205 1.8006 9.0607 1.3305 3.2105 8.7305 2.4203 3.1502 2.9002 4.1602 3.9202 5.8503 2.5103 9.9802 1.7402 4.9602 9.0203 3.4008 1.1805 1.6106 1.2805 8.2905 6.6106 2.0405 2.4206 4.5107 4.9806 1.3906 1.6705 2.0005 3.9204 4.1003 6.6103 6.7304 5.3403 1.4702 4.8603

1.1904 1.4706 9.7208 4.1602 5.1405 9.7306 1.7205 3.6508 1.7605 1.8906 5.4608 7.9603 7.7404 1.8804 7.6901 7.9401 1.3506 2.3703 1.4803 6.5604 4.0205 1.0701 1.65+0 5.9501 6.0605 4.7907 1.5505 2.2105 6.0007 4.9807 1.2905 3.6505 1.0404 2.8903 3.7602 3.3702 5.1702 4.6502 6.8903 2.4303 1.2001 2.0102 5.8902 1.0802 1.1108 1.3605 9.5207 1.4805 9.6205 5.6406 2.6505 1.2006 1.9307 4.8406 5.7407 1.9205 2.4305 4.4904 3.8203 7.3803 1.7804 5.5903 1.6402 4.9903

6.0205 1.9006 8.7808 4.2902 1.8805 9.4806 1.8105 3.0208 2.1605 1.4106 4.6808 1.0102 8.3404 2.0204 8.6001 8.8901 1.1906 2.6803 1.6903 7.5004 7.2406 1.2401 1.92+0 6.9301 4.9005 2.6807 1.1805 1.7105 5.1407 4.6207 9.7706 2.8305 8.3005 2.3203 3.1002 2.7602 5.9502 3.8402 7.8403 1.9303 1.0001 1.6802 4.9602 9.2403 4.1209 1.6005 9.3707 1.7705 9.2405 4.3906 3.2405 9.9407 1.4407 5.4606 4.3007 2.2905 2.9505 5.3404 4.2303 8.5803 4.9105 6.3803 1.9002 5.6703

2.5105 2.8706 8.7608 3.3302 5.6106 1.4405 2.2505 3.1108 3.5005 2.4606 5.0308 1.6302 8.9204 2.1504 9.5001 9.8301 1.2706 2.9903 1.8903 8.4304 1.8906 1.4101 2.19+0 7.9001 5.1405 1.3507 1.3205 1.8405 2.2307 3.8407 1.0405 3.0805 9.0005 2.5103 3.3302 2.9702 6.7902 4.1302 9.2803 2.0703 1.0801 1.7902 5.3002 9.7703 1.3309 1.5505 8.2407 1.8205 8.8105 5.2406 3.8005 8.5407 1.3207 6.2806 3.4207 2.1405 3.4205 5.2704 3.9703 8.1303 1.5405 6.0303 1.8102 5.3603

3.2808 5.3508 2.2607 5.0907 1.4307 3.1107 2.5307 1.0307 3.5307 8.2107 1.6007 9.5208 2.5808 4.1608 1.4207 1.1207 2.1906 2.1108 2.0808 7.5808 5.3108 3.5208 4.1008 1.4008 3.6608 3.3908 7.1109 9.6107 9.7208 4.4406 6.6008 8.8408 7.1309 9.4409 1.1007 5.2008 6.7909 7.9809 1.5706 9.6908 3.8207 4.1509 6.7609 2.7808 6.2708 5.4608 1.1807 5.2207 2.4907 3.7806 6.8908 3.4607 1.8206 3.5109 1.7008 1.1308 9.3708 3.2308 2.6308 1.3407 3.1107 8.3809 1.9207 3.1508

2.8708 4.9208 2.2907 5.0907 1.1907 2.8007 2.1607 9.3308 3.3607 7.0007 1.3507 8.4908 2.2808 3.6208 1.3807 1.0807 2.1806 1.7808 1.7808 7.0908 4.9208 3.6108 3.5608 1.2908 3.6308 3.0508 5.8009 1.0206 8.9608 4.7306 6.4508 8.4908 6.0909 8.1509 1.1607 4.8608 6.1809 6.5509 1.5706 9.7208 3.9507 3.3009 5.7009 2.5808 6.1208 4.8408 1.1107 5.6407 2.6907 4.0606 6.2308 3.7007 1.9306 2.7909 1.5008 9.8109 9.7608 2.8608 2.3408 1.4007 3.3607 6.8709 1.9307 3.2108

2.4608 4.5108 2.3307 5.1607 9.7208 2.5007 1.8207 8.3308 3.2007 5.8007 1.1307 7.4608 2.0008 3.1008 1.3507 1.0507 2.1506 1.4608 1.4908 6.6508 4.5708 3.7608 3.0208 1.1908 3.6408 2.7108 4.6109 1.0906 8.2708 5.0406 6.3608 8.2108 5.1709 6.9209 1.2207 4.5208 5.5609 5.2809 1.5806 9.7808 4.1107 2.5409 4.6909 2.4208 5.9808 4.2108 1.0507 6.1107 2.8807 4.3806 5.6108 3.9807 2.0706 2.1509 1.3108 8.4609 1.0307 2.5108 2.0808 1.4607 3.6407 5.5109 1.9407 3.3208

1.0308 3.1808 2.7907 6.3607 4.9308 1.6407 8.5208 4.0108 2.8607 1.9207 4.7408 3.4308 1.3308 1.5908 1.3507 1.0307 2.1506 4.3809 5.7509 5.6108 3.7308 5.1108 1.2408 9.2709 4.3608 1.8308 1.3909 1.5006 6.3308 7.0106 6.6908 7.9408 2.9409 3.0809 1.6807 3.5208 3.4509 2.0209 1.6806 1.0507 5.1407 6.5510 1.5309 2.2208 5.8208 1.9408 8.4208 8.9807 4.4307 6.4406 3.9308 5.7507 2.9406 4.9010 8.0309 4.6809 1.3407 1.3308 1.2708 1.9207 5.3807 1.8709 2.0907 4.2208

5.6409 2.8708 3.2107 8.5307 4.7308 1.5107 6.7408 2.6608 2.8907 8.8608 2.8708 1.8208 1.3508 1.3508 1.6207 1.1707 8.7707 1.8309 3.5409 5.7208 2.2008 6.3908 5.8909 9.8109 5.2908 1.0610 7.1610 1.6806 6.4808 7.9106 6.2308 7.4008 2.7709 2.2309 1.8307 3.5108 2.7309 1.5809 6.8109 1.1707 5.8507 3.5210 6.5910 2.5508 6.3308 1.3908 8.4908 9.9607 5.0107 7.1606 3.9808 6.3407 3.2306 1.8110 7.5209 4.2709 1.5107 1.1008 1.1808 2.1807 5.8907 1.2409 2.3107 4.3308

3.6409 2.9808 3.2207 8.9507 5.6708 1.4107 5.4708 1.7408 3.3507 5.8108 4.2408 9.6309 1.5708 1.4408 1.8407 1.3807 1.2906 7.7510 2.8309 6.8308 4.7408 7.9508 5.9109 8.6809 6.5308 2.2209 4.7210 2.1106 5.5208 9.8906 8.4408 1.0107 3.6609 1.7909 2.3807 3.4208 2.7809 1.7109 4.7607 1.2607 6.8907 2.5710 2.4610 3.4908 6.4208 1.4808 7.6208 1.3106 6.5107 9.3406 3.7808 8.3707 4.2306 5.5311 7.2509 5.3609 1.8407 1.1908 1.2108 2.7507 7.8607 1.0809 2.6107 5.6108

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

249

Table 11 (continued) i

5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5

j

58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100

Ni-like Au

Co-like Au

100

500

1000

5000

10,000

20,000

100

500

1000

5000

10,000

20,000

9.0103 3.7903 8.9606 1.8405 1.3906 1.0304 8.8105 1.7502 4.3507 7.8907 1.1601 4.5404 6.8607 1.2006 3.1503 1.0606 1.8505 1.3605 2.0807 1.0506 1.1206 7.0507 8.8707 3.4707 5.2407 2.4906 2.0603 5.4705 9.1907 2.8805 4.4903 3.8603 1.9906 6.6407 3.9304 6.1802 1.0905 7.6207 2.5607 2.9006 1.2206 1.2706 1.8103

8.9903 3.8303 9.0306 1.8605 1.3206 1.0904 7.9105 1.8202 3.9807 7.7107 1.2101 4.0804 6.4207 1.1806 3.2803 1.1506 1.9105 1.4405 2.0207 1.0606 1.1206 7.1607 8.7507 3.1307 5.1607 2.5006 2.0903 5.5605 9.3607 2.9405 4.5403 3.9503 2.3806 7.1007 3.1404 6.3402 1.1405 6.7707 2.3107 3.1506 1.2406 1.5406 2.2103

9.0303 3.8903 9.1606 1.8805 1.2506 1.1604 6.9605 1.9102 3.6007 7.4907 1.2701 3.5904 6.0307 1.1806 3.4403 1.2806 1.9905 1.5405 1.9707 1.0706 1.1406 7.3307 8.7407 2.8407 5.1407 2.5006 2.1103 5.6405 9.7007 3.0005 4.5903 4.0403 2.9106 8.4007 2.3704 6.4802 1.2305 5.8707 2.0607 3.5806 1.2906 1.9306 2.8003

9.7903 4.3603 1.0105 1.9805 1.1306 1.4604 3.0505 2.4402 2.5907 7.7107 1.6201 1.5704 5.2107 1.2306 4.3903 1.8906 2.3605 1.9905 1.8807 1.1506 1.3106 8.8907 1.0206 2.2307 5.7807 2.4706 2.2403 5.8305 1.1806 3.1405 4.8603 4.5003 6.8706 1.9106 5.1605 6.9502 2.0105 2.4907 1.6907 7.8306 1.9606 4.8006 7.5203

1.1302 5.0203 8.8806 2.1005 9.0507 1.3704 1.5105 2.8502 2.6907 1.2406 1.8901 7.7805 5.3307 1.4406 5.1303 2.4206 2.5505 2.1905 2.0207 1.3506 1.4606 1.0106 1.1806 2.3507 6.4307 2.4206 2.3703 6.3905 1.3106 3.4605 5.1403 4.8803 8.5906 2.6606 1.9005 7.1702 2.5005 1.2207 1.3707 9.6306 2.5206 6.9506 9.4903

1.0702 4.8303 9.7806 1.7805 1.0706 1.4504 6.0206 3.2902 2.3607 9.1007 2.1801 3.1205 5.2707 1.5706 5.9203 3.2006 2.5505 2.1305 2.2007 1.2206 1.3706 9.4907 1.0906 2.1807 6.2507 2.7206 2.7403 5.7805 1.3606 3.4305 5.9803 5.8303 1.3405 3.6806 5.6806 5.6902 3.5705 4.9608 1.4207 1.4305 1.9306 1.0405 1.5402

1.2508 1.0907 2.4208 3.9609 7.5808 2.6208 1.9209 1.5508 2.5907 1.3207 1.1607 7.4007 2.4907 6.0208 8.6808 2.1307 5.2811 4.3408 3.1408 3.7907 1.2608 1.3808 5.2307 1.1407 1.3307 1.8106 7.3508 2.1806 1.7407 5.9907 3.3907 1.1606 1.3307 1.9907 2.1608 3.1509 1.3608 5.8108 1.4207 9.5708 5.1607 3.1208 3.1307

1.1408 1.0907 2.4608 3.2709 7.3908 2.3208 1.6109 1.4208 2.5807 1.2007 1.0307 7.3107 2.6907 5.5708 8.1608 2.3107 4.2011 3.8508 2.7708 3.9407 1.0608 1.2308 5.3707 9.7208 1.1707 1.7906 6.3908 2.3406 1.5507 6.1907 2.9307 1.1706 1.2407 1.9607 1.9008 2.9409 1.1708 5.5208 1.3907 9.3008 5.3207 2.7208 3.0007

1.0408 1.1007 2.5408 2.6409 7.2308 2.0208 1.3209 1.2908 2.5807 1.0807 9.0308 7.2007 2.9207 5.1108 7.6408 2.5207 3.3111 3.4308 2.4108 4.1107 8.6609 1.0808 5.5207 8.1408 1.0207 1.7706 5.4508 2.5206 1.3707 6.4307 2.4707 1.1906 1.1307 1.9307 1.6508 2.7309 9.8809 5.2608 1.3607 9.0408 5.4907 2.3308 2.8707

7.2109 1.1707 3.1108 8.3510 7.3708 9.3109 4.1010 9.6309 2.7407 7.3308 5.0908 8.3007 4.4407 3.4708 5.8608 3.8307 1.4611 2.1108 1.1408 5.3107 2.6409 6.7109 6.5107 3.2708 5.4708 2.0706 2.3908 3.6406 7.2808 8.1507 8.7808 1.2706 6.0608 2.0007 7.4209 2.2209 3.7509 4.8408 1.2707 8.6308 6.6507 1.0508 2.4907

6.9509 1.3007 3.5608 4.3710 7.8708 4.9109 1.7110 9.7609 3.1507 6.9008 4.4108 5.3506 4.9807 3.1108 5.7608 4.2207 1.4011 2.4708 6.7909 5.1307 1.0609 6.8709 7.3407 2.2108 4.5008 3.4506 1.2508 4.1606 5.8808 8.1407 3.7708 1.4006 4.2608 1.5407 4.1009 2.3409 1.8109 5.0408 1.4807 9.2608 7.5807 7.1709 2.5707

6.4609 1.3707 4.2108 2.8210 7.5908 2.3409 5.5711 1.0308 2.5807 5.8008 4.2308 1.7106 6.8207 2.8208 5.4208 5.8007 1.5411 1.4308 4.2909 5.9207 2.8210 7.7709 6.7107 1.8208 4.1708 4.4406 1.0508 5.4006 3.8608 8.9207 1.2908 1.3406 2.9308 2.5507 1.7809 2.5609 7.7710 4.8608 7.6008 7.9708 7.1507 5.6009 2.4507

250

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 12 Effective collision strengths at six electron temperatures of 500, 1000, 2000, 3000, 4000, and 5000 eV for Ge-like and Ga-like Au (a ± b ” a · 10±b). See page 205 for Explanation of Tables i

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

j

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63

Ge-like Au

Ga-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

1.6203 5.2802 1.5803 3.2701 1.8205 2.7206 1.0503 7.5101 1.1203 9.5203 8.8105 3.3004 1.7807 1.4403 7.2706 2.7805 7.7704 3.3402 2.0603 4.6006 5.5005 1.0804 5.2507 7.2302 1.0306 1.8207 7.2506 2.7804 3.9403 4.3906 1.2008 1.1203 3.3502 1.0107 2.2407 1.0102 7.0404 2.5103 1.3405 8.8104 7.9004 4.2905 2.4805 3.5307 3.5606 3.0404 6.3106 1.3204 4.9507 9.8706 1.3507 5.5906 4.7207 3.4003 1.9306 2.0706 5.2406 5.8504 3.5707 3.5305 1.1704 1.2607

1.3403 5.3402 1.3203 3.4801 1.8405 2.5906 8.6804 8.0201 9.1704 9.7303 7.2105 3.3404 1.4507 1.5403 5.9806 2.7805 6.4304 3.4402 1.7003 3.8106 5.8605 1.0804 4.3607 7.5202 8.5107 1.4907 7.1406 2.9804 4.1103 4.2706 9.7609 9.2804 3.5102 9.7808 1.8607 1.0602 5.8304 2.5503 1.4405 7.2904 8.0104 4.4405 2.0505 3.5707 2.9606 3.1904 5.2406 1.0904 4.1007 1.0305 1.1207 4.6306 3.9207 3.5703 1.6006 1.9806 5.0906 6.1404 2.9707 2.9205 1.1804 1.0707

1.0103 5.3702 9.9604 3.8201 1.8505 2.2506 6.5604 8.8101 6.9104 1.0202 5.4405 3.4604 1.0807 1.6903 4.5506 2.8105 4.8704 3.6002 1.2903 2.8806 6.4205 1.1004 3.3107 7.9202 6.4207 1.1407 7.1306 3.2904 4.3503 4.1106 7.4709 7.0404 3.7202 9.4008 1.4207 1.1202 4.4104 2.6703 1.5905 5.5104 8.3204 4.6605 1.5605 3.7007 2.2606 3.4004 3.9906 8.2905 3.1007 1.1005 8.7208 3.5206 2.9907 3.8003 1.2106 1.8806 5.0206 6.5504 2.2907 2.2205 1.2204 8.5708

8.2304 5.3202 8.0504 4.0901 1.8405 2.0006 5.3304 9.4201 5.6104 1.0602 4.4405 3.5604 8.6908 1.8103 3.7406 2.8705 3.9504 3.6802 1.0503 2.3406 6.8605 1.1204 2.6807 8.1502 5.2107 9.4108 7.1906 3.5304 4.4903 4.0006 6.2109 5.7304 3.8502 9.1408 1.1607 1.1602 3.5704 2.7803 1.7105 4.4704 8.6304 4.7905 1.2705 3.8307 1.8506 3.5204 3.2606 6.7605 2.5207 1.1405 7.2708 2.8806 2.4407 3.9403 9.8507 1.8206 5.0406 6.8004 1.8907 1.8205 1.2604 7.2708

6.9504 5.2502 6.7604 4.3101 1.8305 1.8406 4.5204 9.9401 4.7404 1.0902 3.7605 3.6504 7.2808 1.9103 3.1906 2.9405 3.3404 3.7202 8.8604 1.9806 7.2305 1.1404 2.2707 8.2802 4.4007 8.0908 7.2706 3.7304 4.5703 3.9106 5.3609 4.8504 3.9202 8.9608 9.8908 1.1802 3.0104 2.8703 1.8105 3.7804 8.8904 4.8705 1.0805 3.9407 1.5706 3.6004 2.7606 5.7205 2.1307 1.1605 6.2808 2.4406 2.0807 4.0303 8.3407 1.7806 5.0806 6.9504 1.6207 1.5505 1.2904 6.3608

6.0204 5.1902 5.8404 4.5001 1.8205 1.7306 3.9304 1.04+0 4.1204 1.1202 3.2805 3.7204 6.2808 1.9903 2.8006 3.0005 2.9004 3.7402 7.6904 1.7206 7.5405 1.1604 1.9607 8.3502 3.8207 7.1208 7.3406 3.9004 4.6203 3.8406 4.7409 4.2204 3.9602 8.8108 8.6308 1.2002 2.6104 2.9303 1.9005 3.2704 9.0704 4.9205 9.4206 4.0207 1.3706 3.6404 2.4006 4.9805 1.8507 1.1805 5.5508 2.1306 1.8107 4.0903 7.2507 1.7606 5.1106 7.0504 1.4207 1.3505 1.3204 5.6708

2.8301 5.7402 7.3503 1.9603 5.0101 4.6201 7.5801 1.0202 8.1903 5.7204 5.3204 3.0204 3.4103 3.8602 4.7204 1.2402 1.2102 2.3203 7.7502 5.9702 4.5903 4.8503 8.0506 4.2102 1.6405 4.4203 2.3407 5.4605 4.3004 3.0504 5.1004 3.6107 3.1704 6.3606 2.1503 2.0003 2.7005 3.4306 1.5204 2.2107 5.7305 5.2005 2.5703 7.2903 5.0603 3.5803 7.1104 1.5203 7.9503 8.8003 1.6406 6.4704 2.2605 1.1106 2.4403 2.8506 1.1806 4.6004 1.7805 6.1606 1.1506 1.6305

3.0701 5.7802 7.6103 1.6803 5.3301 4.9101 8.0801 1.0202 8.4403 5.7004 5.6804 3.1804 3.3203 3.9802 3.9104 1.2702 1.2202 1.9403 8.0402 6.2102 4.7803 5.0503 7.7906 4.3702 1.4305 4.2203 1.9907 5.6905 4.4804 2.9704 5.2204 3.0007 3.3104 5.4806 2.2503 2.0903 2.8005 3.2006 1.4804 1.9407 5.9005 5.1205 2.5003 7.3603 5.0403 3.5603 6.3404 1.2803 8.0603 9.0103 1.7006 6.6604 2.2405 1.1106 2.5203 2.8806 1.2306 4.7304 1.5205 5.2106 1.1606 1.6605

3.4101 5.7902 8.0803 1.3503 5.8501 5.3801 8.8601 1.0402 8.7003 5.7804 6.2304 3.4404 3.2303 4.1502 2.9704 1.3102 1.2502 1.4903 8.4602 6.5402 5.0503 5.3403 7.5106 4.6002 1.1905 4.0603 1.5807 6.0205 4.7404 2.9304 5.4504 2.2807 3.5004 4.5106 2.3803 2.2103 2.9405 2.9906 1.4704 1.6707 6.1705 5.0805 2.4403 7.5503 5.0703 3.5803 5.4504 9.8204 8.3103 9.3903 1.7906 6.9804 2.2505 1.1406 2.6403 2.9806 1.3106 4.9504 1.2005 4.0606 1.1906 1.7205

3.6401 5.7102 8.4803 1.1503 6.2601 5.7601 9.4701 1.0702 8.7903 5.9004 6.6704 3.6504 3.1803 4.2402 2.4204 1.3402 1.2702 1.2203 8.7002 6.7202 5.2103 5.5103 7.3506 4.7402 1.0505 4.0103 1.3307 6.2105 4.8904 2.9404 5.6504 1.8607 3.6104 3.9706 2.4603 2.2803 3.0305 2.9006 1.4704 1.5207 6.3405 5.0605 2.4303 7.7603 5.1503 3.6303 4.9504 8.0504 8.5503 9.7403 1.8406 7.2604 2.2905 1.1706 2.7403 3.0706 1.3806 5.1404 1.0105 3.3606 1.2306 1.7805

3.8201 5.6302 8.8203 1.0203 6.5901 6.0701 9.9801 1.0902 8.8303 6.0104 7.0504 3.8404 3.1403 4.2902 2.0504 1.3502 1.2802 1.0503 8.8302 6.8302 5.3003 5.6003 7.2306 4.8202 9.6806 4.0003 1.1507 6.3305 4.9804 2.9604 5.8104 1.5707 3.6804 3.6106 2.5103 2.3303 3.0805 2.8406 1.4904 1.4307 6.4405 5.0405 2.4403 7.9403 5.2303 3.6903 4.6304 6.8504 8.7603 1.0002 1.8806 7.4904 2.3405 1.2106 2.8303 3.1706 1.4406 5.3004 8.8306 2.8706 1.2706 1.8305

3.9601 5.5602 9.1203 9.2804 6.8701 6.3301 1.04+0 1.1002 8.8503 6.0904 7.3704 4.0004 3.0903 4.3102 1.7804 1.3502 1.2802 9.1904 8.9002 6.8802 5.3503 5.6603 7.1506 4.8602 9.0706 3.9903 1.0107 6.4005 5.0304 2.9804 5.9404 1.3707 3.7304 3.3606 2.5403 2.3603 3.1105 2.8106 1.5004 1.3707 6.5005 5.0105 2.4403 8.0803 5.2903 3.7303 4.4204 5.9704 8.9303 1.0202 1.9006 7.6604 2.3905 1.2406 2.8903 3.2506 1.5006 5.4204 7.8806 2.5206 1.3106 1.8705

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

251

Table 12 (continued) i

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

j

64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28

Ge-like Au

Ga-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

7.9005 6.3108 1.1405 6.4505 6.4103 7.1704 1.3206 7.2708 1.3903 1.0902 2.1907 7.7007 2.8205 5.8307 5.5206 5.1807 1.7007 1.1206 6.9506 1.5003 2.8406 9.7606 8.2509 6.5907 3.6408 7.5008 1.2305 8.6610 2.5808 8.7408 1.2808 4.9607 5.0207 3.7010 1.4607 4.5604 2.6808 3.3302 2.8301 8.3702 4.1902 7.0304 1.4502 1.9602 5.7601 5.2703 6.2701 5.7304 8.5802 4.3901 1.1903 2.0301 3.9404 3.8704 1.3103 4.6801 4.9401 1.4603 1.8601 3.2105 9.5603 2.6903 4.0903

8.1805 5.6108 9.4206 6.6805 6.4803 6.0104 1.3806 6.0408 1.1603 1.1202 1.8007 6.4507 2.9705 4.8407 4.6306 4.2507 1.3907 9.3207 7.3606 1.5503 2.4206 1.0105 6.8909 6.3607 3.0308 6.7308 1.0405 7.8810 2.2708 7.3108 1.0708 4.1007 5.1907 4.2010 1.2207 4.7004 2.2308 3.2302 3.0701 9.0202 4.2102 5.8404 1.5202 2.0802 6.1701 5.0903 6.7001 4.7704 9.1402 4.6701 1.1603 2.1601 3.9904 3.9204 1.3403 5.0001 5.2801 1.2703 1.9901 2.6605 9.7703 2.6603 4.0603

8.6005 4.9008 7.2006 7.0305 6.6403 4.6204 1.4706 4.6108 8.9204 1.1702 1.3707 4.9707 3.1805 3.6507 3.5706 3.2307 1.0507 7.1107 8.0206 1.6203 1.9206 1.0505 5.3009 6.1307 2.3508 5.9008 8.0506 6.8610 1.9108 5.6008 8.4309 3.1507 5.4507 5.1610 9.3508 4.9404 1.6908 3.2302 3.4101 9.9702 4.2002 4.4204 1.6402 2.2602 6.7901 5.0003 7.3501 3.6304 1.0001 5.1301 1.1503 2.3701 4.0204 3.9704 1.3803 5.4901 5.8001 1.0603 2.1801 2.0205 1.0202 2.6603 4.1003

8.8605 4.5508 5.9006 7.2505 6.8203 3.7804 1.5306 3.7708 7.3104 1.2102 1.1307 4.0807 3.3105 2.9507 2.9406 2.6407 8.5408 5.8007 8.5406 1.6903 1.6406 1.0805 4.3509 5.9907 1.9408 5.4508 6.6406 5.2810 1.7108 4.5808 7.1009 2.6007 5.6207 6.0810 7.6708 5.1304 1.3708 3.3002 3.6401 1.0701 4.1402 3.5904 1.7402 2.4102 7.2601 5.0103 7.8701 2.9504 1.0701 5.4901 1.1603 2.5401 4.0104 3.9604 1.3903 5.8701 6.2001 9.4704 2.3401 1.6505 1.0602 2.7103 4.1703

9.0305 4.3308 5.0306 7.3805 6.9803 3.2204 1.5606 3.2108 6.2204 1.2502 9.5908 3.4807 3.3905 2.4807 2.5006 2.2507 7.2408 4.9107 8.9906 1.7403 1.4406 1.1005 3.7009 5.8907 1.6708 5.1608 5.6706 3.5110 1.5808 3.8808 6.1709 2.2207 5.7407 7.0110 6.5208 5.2904 1.1608 3.3702 3.8201 1.1201 4.0702 3.0304 1.8102 2.5202 7.6501 5.0403 8.3001 2.4904 1.1301 5.7901 1.1803 2.6701 3.9904 3.9404 1.3903 6.1901 6.5401 8.7204 2.4601 1.4005 1.1002 2.7503 4.2403

9.1305 4.1808 4.3906 7.4605 7.1003 2.8104 1.5806 2.8008 5.4204 1.2802 8.3808 3.0407 3.4405 2.1507 2.1906 1.9707 6.2908 4.2707 9.3806 1.7803 1.3006 1.1105 3.2309 5.8007 1.4608 4.9608 4.9606 1.9410 1.4908 3.3808 5.4809 1.9507 5.8107 7.9210 5.6908 5.4004 1.0108 3.4302 3.9601 1.1601 4.0102 2.6304 1.8702 2.6202 7.9701 5.0603 8.6501 2.1604 1.1801 6.0401 1.2003 2.7901 3.9604 3.9204 1.3903 6.4601 6.8301 8.1904 2.5701 1.2205 1.1202 2.7903 4.3003

5.1204 4.9504 1.7204 5.3305 6.0006 5.4105 1.7105 1.6106 1.0405 3.4406 4.6107 3.8105 5.5407 5.5607 5.1405 2.7807 4.2207 1.6805 2.6507 5.7006 3.7505 7.0706 6.1406 3.4005 1.4705 2.9105 7.2806 7.3005 2.3705 1.5405 1.0905 1.9105 1.1305 1.7005 9.4106 4.2005 5.0907 4.0703 9.2603 7.0502 2.5702 8.4804 1.4503 1.5003 3.3301 1.2605 6.9906 3.6906 2.5202 1.6903 3.8201 7.8601 3.2303 1.1402 5.2903 5.5002 3.3903 1.8204 4.4004 3.7106 5.4202 6.1805 4.2806

5.2704 5.0904 1.8504 5.7305 5.5706 5.5105 1.8305 1.3906 1.0605 2.9006 3.4607 3.9005 5.4407 5.4007 5.2805 2.5707 4.2707 1.7305 2.1807 6.1106 3.8505 7.5906 5.2206 3.4905 1.4705 3.1405 6.1306 7.8305 2.3505 1.5505 9.2306 1.6305 1.1005 1.8305 1.0105 4.2505 5.5307 4.4903 8.9103 7.1302 2.5902 7.0504 1.4703 1.5203 3.5401 1.1205 6.7606 3.5806 2.6702 1.5003 4.0801 8.3901 3.0503 1.1702 5.3103 5.8502 3.6103 1.8104 4.7004 3.3306 5.5802 6.3405 4.4706

5.5304 5.3404 2.0504 6.3305 5.1006 5.7105 1.8905 1.1306 1.1005 2.2506 2.8907 4.0705 5.4407 5.2807 5.5205 2.3707 4.4407 1.8005 1.6407 6.7906 4.0205 8.4606 4.1106 3.6505 1.4805 3.5305 4.7506 8.7205 2.3405 1.5705 7.3306 1.3005 1.0705 2.0505 1.1305 4.3405 6.2407 4.9503 8.3303 7.1902 2.6002 5.3704 1.4903 1.5403 3.8801 9.5806 6.5306 3.4506 2.9102 1.3003 4.4701 9.1901 2.8803 1.2202 5.4503 6.3902 3.9403 1.8404 5.1604 2.9306 5.8302 6.6405 4.8006

5.7404 5.9104 6.0404 5.5504 5.7104 5.8404 2.2004 2.3304 2.4404 6.8005 7.2005 7.5405 4.8506 4.7106 4.6306 5.8905 6.0305 6.1405 1.9105 1.9705 2.0605 9.7507 8.7107 7.9507 1.1305 1.1605 1.1805 1.8606 1.5906 1.4006 2.1207 1.6707 1.0107 4.2105 4.3205 4.4005 5.5107 5.5907 5.6607 5.2607 5.2607 5.2707 5.7105 5.8605 5.9805 2.2907 2.2507 2.2307 4.6207 4.7907 4.9407 1.8705 1.9205 1.9605 1.3407 1.1307 9.8308 7.3206 7.7706 8.1406 4.1605 4.2705 4.3505 9.1406 9.7006 1.0205 3.4606 3.0206 2.7006 3.7805 3.8805 3.9605 1.5105 1.5305 1.5405 3.8305 4.0805 4.3005 3.9406 3.3906 2.9806 9.4405 1.0004 1.0604 2.3505 2.3605 2.3705 1.6105 1.6305 1.6505 6.2406 5.5106 4.9906 1.1105 9.8206 8.8906 1.0605 1.0505 1.0505 2.2205 2.3705 2.4905 1.2205 1.3005 1.3605 4.4305 4.5005 4.5605 6.8007 7.2607 7.6607 5.2303 5.4203 5.5803 7.9403 7.6703 7.4803 7.1202 7.0202 6.9402 2.5702 2.5302 2.5002 4.3804 3.7204 3.2504 1.4803 1.4703 1.4603 1.5403 1.5303 1.5203 4.1401 4.3701 4.5501 8.5906 7.9106 7.4106 6.4106 6.3406 6.2906 3.3506 3.2806 3.2106 3.1002 3.2602 3.3902 1.1803 1.1103 1.0603 4.7801 5.0401 5.2601 9.8301 1.04+0 1.08+0 2.8103 2.7803 2.7603 1.2702 1.3102 1.3402 5.6003 5.7303 5.8303 6.8202 7.1802 7.4902 4.2003 4.4303 4.6203 1.8804 1.9104 1.9404 5.5204 5.8404 6.1004 2.7106 2.5706 2.4706 5.9702 6.0402 6.0702 6.8905 7.0905 7.2405 5.0706 5.3006 5.5006 (continued on next page)

252

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 12 (continued) i

2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

j

29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92

Ge-like Au

Ga-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

1.3003 8.2103 6.7106 9.5104 5.6003 5.2703 2.4004 2.8103 1.9702 3.6703 2.3003 2.5904 7.6602 1.0103 6.9703 8.9503 1.9803 1.6203 1.9204 8.7103 4.9003 5.3505 3.2102 9.4403 4.8202 2.9002 1.5802 6.2002 1.9105 3.7705 2.7703 8.4403 8.7503 3.3004 3.9103 8.3704 1.1307 5.6003 3.0802 6.4205 1.1604 1.7503 2.1903 1.9505 5.3605 2.0202 1.4803 2.1802 1.8102 9.1806 1.2403 1.8606 2.8303 2.6106 3.0605 1.5503 1.3803 1.8204 7.8404 1.2403 2.1104 5.7204 6.0307 4.2505

1.2703 8.4803 5.5606 1.0103 5.6903 4.9903 1.9804 2.7703 2.0302 3.3903 2.0703 2.7204 7.9402 8.9104 7.1303 9.1703 1.6403 1.6403 1.7804 8.8303 5.0403 5.4405 3.3302 9.8003 5.0002 3.0202 1.6402 6.4602 1.5805 3.1605 2.8503 8.7803 9.0103 2.7504 4.0603 7.0304 9.4308 5.7403 3.2102 6.4905 1.1704 1.8303 2.2903 1.6805 5.1305 2.1002 1.3303 2.2802 1.8902 8.0906 1.1103 1.9306 2.8803 2.3606 2.8605 1.4103 1.3103 1.9004 7.8304 1.2903 2.0204 5.8804 5.0107 4.0005

1.2503 8.7503 4.2206 1.1003 5.8703 4.6703 1.5004 2.7403 2.1002 3.2003 1.8203 2.9304 8.2602 7.6104 7.3703 9.4803 1.2403 1.6703 1.6104 8.8803 5.2603 5.6805 3.5002 1.0302 5.2502 3.1802 1.7202 6.8102 1.2005 2.4505 2.9703 9.2503 9.3903 2.1004 4.2803 5.4504 7.3508 5.9603 3.3902 6.6805 1.2004 1.9303 2.4303 1.3705 4.9005 2.2102 1.1603 2.4102 2.0102 6.8706 9.6104 2.0606 3.0003 2.1006 2.6505 1.2603 1.2403 2.0204 7.8804 1.3603 1.9504 6.1504 3.8307 3.7705

1.2603 8.8603 3.4306 1.1703 6.0203 4.4803 1.2204 2.7203 2.1302 3.1403 1.6903 3.1104 8.4102 6.9104 7.5103 9.6403 1.0103 1.6803 1.5104 8.9703 5.3903 5.9105 3.6002 1.0602 5.4002 3.2802 1.7702 7.0102 9.7906 2.0405 3.0403 9.5203 9.6003 1.7204 4.4103 4.5304 6.1208 6.0903 3.4902 6.8405 1.2404 2.0003 2.5103 1.1905 4.7905 2.2802 1.0803 2.4902 2.0802 6.1906 8.8304 2.1706 3.1203 1.9606 2.5405 1.1903 1.2003 2.0904 7.9104 1.4003 1.9304 6.3604 3.1407 3.6805

1.2803 8.9003 2.9106 1.2303 6.1303 4.3403 1.0304 2.6903 2.1502 3.0703 1.6103 3.2604 8.4902 6.4604 7.5703 9.7203 8.5304 1.6903 1.4404 9.0603 5.4603 6.1005 3.6502 1.0802 5.4702 3.3302 1.7902 7.1202 8.2906 1.7605 3.0803 9.6803 9.7203 1.4604 4.4803 3.9104 5.2808 6.1503 3.5402 6.9805 1.2604 2.0303 2.5503 1.0705 4.7305 2.3202 1.0203 2.5402 2.1202 5.7706 8.3204 2.2706 3.2203 1.8806 2.4705 1.1403 1.1703 2.1404 7.9104 1.4203 1.9304 6.5404 2.6707 3.6305

1.3003 8.9203 2.5206 1.2803 6.2103 4.2303 8.9605 2.6703 2.1502 3.0003 1.5603 3.3904 8.5402 6.1404 7.6003 9.7603 7.4104 1.6903 1.3904 9.1203 5.4903 6.2305 3.6802 1.0802 5.5202 3.3502 1.8102 7.1802 7.2106 1.5605 3.1003 9.7603 9.7703 1.2804 4.5203 3.4604 4.6608 6.1903 3.5802 7.0905 1.2904 2.0603 2.5803 9.8106 4.7005 2.3502 9.8104 2.5702 2.1402 5.4806 7.9604 2.3606 3.2903 1.8406 2.4305 1.1103 1.1503 2.1604 7.9004 1.4403 1.9204 6.6704 2.3307 3.5905

3.9605 8.3706 1.0904 6.0702 9.8407 8.5005 3.4005 1.6405 2.4405 3.5805 6.6006 1.0205 1.4704 9.5305 8.2007 1.3502 1.4203 2.3703 4.0602 3.4102 3.9303 2.1903 2.0903 5.3506 7.6904 3.8004 3.3906 2.3404 7.6206 1.7206 2.7803 1.5805 2.8705 6.6505 4.3905 6.0605 5.0204 4.5406 1.3106 2.2304 3.6804 1.3906 3.1606 6.1806 1.1605 2.3307 5.4906 7.8407 5.2007 3.4206 8.7907 3.7107 6.2905 1.5606 1.1405 1.0206 6.3307 7.6106 1.2305 9.2607 1.2105 7.3507 1.0105 2.9106

4.1705 7.9306 1.1004 6.2602 8.1407 9.0605 3.6205 1.6105 2.4305 3.8105 6.1906 1.0005 1.5704 1.0104 6.9507 1.3902 1.2003 2.1803 4.2402 3.5602 4.0103 2.0903 1.9203 5.7206 7.9704 3.9604 2.8206 2.1104 7.6406 1.6206 2.9203 1.3205 2.9105 6.9205 4.5505 5.6805 5.2404 3.8106 1.2506 2.3404 3.8604 1.3306 2.9506 6.2706 1.2005 2.0107 5.3306 7.7507 4.5307 3.3106 8.4707 3.0907 6.6005 1.3006 1.1905 9.4907 6.1807 7.0906 1.2705 9.3707 1.2505 6.4307 1.0505 2.6906

4.4905 7.5106 1.1204 6.5302 6.1807 9.9605 3.9605 1.6105 2.4505 4.1605 5.7806 1.0005 1.7204 1.1104 5.5907 1.4502 9.4604 1.9803 4.4802 3.7702 4.1903 1.9903 1.7203 6.2906 8.3704 4.2004 2.1506 1.8604 7.7406 1.4906 3.1003 1.0105 3.0105 7.3005 4.7905 5.3105 5.5404 2.9706 1.1806 2.5004 4.1104 1.2606 2.7406 6.4406 1.2905 1.6507 5.2406 7.7107 3.7907 3.2506 8.2507 2.3807 7.0305 9.9407 1.2605 8.7907 7.0907 6.5806 1.3205 9.5807 1.3105 5.4007 1.1205 2.4506

4.7605 7.3306 1.1504 6.6902 5.0407 1.0704 4.2205 1.6305 2.4905 4.4505 5.6006 1.0105 1.8504 1.1804 4.8207 1.4902 7.9804 1.8803 4.6302 3.8902 4.3703 1.9603 1.6103 6.7406 8.6204 4.3404 1.7606 1.7304 7.8006 1.4006 3.2103 8.3206 3.1205 7.5405 4.9305 5.1505 5.7304 2.4706 1.1506 2.5904 4.2704 1.2306 2.6406 6.5506 1.3605 1.4307 5.2506 7.6807 3.3607 3.2606 8.2107 1.9907 7.2905 8.1007 1.3005 8.4807 8.0207 6.3406 1.3505 9.7107 1.3405 4.8107 1.1605 2.3306

5.0105 7.2306 1.1704 6.7702 4.2707 1.1204 4.4505 1.6505 2.5205 4.6805 5.5006 1.0205 1.9504 1.2404 4.3007 1.5102 6.9804 1.8203 4.7102 3.9702 4.5103 1.9503 1.5303 7.1106 8.7604 4.4204 1.4906 1.6404 7.8206 1.3406 3.2803 7.1206 3.2105 7.6805 5.0205 5.0605 5.8404 2.1306 1.1306 2.6504 4.3704 1.2206 2.5906 6.6106 1.4205 1.2807 5.2806 7.6507 3.0507 3.2706 8.2107 1.7207 7.4605 6.8607 1.3305 8.3007 8.4607 6.1906 1.3705 9.7807 1.3605 4.4207 1.1905 2.2606

5.2305 7.1706 1.1904 6.8102 3.7107 1.1704 4.6405 1.6605 2.5505 4.8805 5.4306 1.0305 2.0304 1.3004 3.9307 1.5202 6.2704 1.7803 4.7602 4.0102 4.6103 1.9403 1.4703 7.4306 8.8404 4.4704 1.3006 1.5804 7.8206 1.2906 3.3203 6.2506 3.2705 7.7705 5.0705 4.9905 5.9104 1.8806 1.1206 2.6904 4.4304 1.2106 2.5506 6.6506 1.4605 1.1707 5.3006 7.6107 2.8307 3.2806 8.2207 1.5307 7.5805 5.9607 1.3505 8.1607 8.5607 6.0906 1.3905 9.8107 1.3805 4.1307 1.2005 2.2106

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

253

Table 12 (continued) i

2 2 2 2 2 2 2 2 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3

j

93 94 95 96 97 98 99 100 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58

Ge-like Au

Ga-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

2.5204 2.5604 8.0305 7.8405 6.7607 1.1303 2.5304 1.8903 2.7401 3.6001 1.0301 2.7402 8.9502 7.8603 9.9202 7.6501 2.8502 4.9601 3.2404 8.6403 1.06+0 5.8001 5.7105 5.4105 1.7403 7.0001 8.6002 1.23+0 2.3504 5.5504 7.8503 6.6703 2.3002 6.5803 1.1802 3.9703 4.8904 2.4702 5.4503 9.0605 1.4203 1.9203 2.0502 3.3902 5.8804 3.0903 1.1201 2.1203 2.7102 5.5903 3.9703 9.5503 8.8504 1.6802 3.4503 2.0403 2.2603 6.4603 1.9802 4.8203 2.7002 2.3003 1.2601

2.5504 2.6804 8.1905 7.8405 5.6107 1.1703 2.5804 1.9803 2.9701 3.8901 1.0401 2.7702 9.5102 8.0603 1.0601 8.1801 3.0302 5.2901 2.7004 9.0703 1.13+0 6.1701 5.8205 5.3305 1.7903 7.4801 9.1702 1.31+0 1.9404 5.6904 7.6003 6.7403 2.4102 6.7903 1.2202 4.1003 4.9504 2.4702 5.5303 8.9605 1.4603 1.8303 2.1102 3.4402 6.2304 2.6903 1.1601 2.0603 2.8002 5.7303 4.0203 9.7003 8.7404 1.7302 2.8603 2.0303 2.2303 6.6003 2.0602 4.9403 2.7902 2.3503 1.3101

2.6504 2.8504 8.5005 7.9305 4.2807 1.2403 2.6704 2.1103 3.2901 4.3101 1.0401 2.7902 1.0401 8.5503 1.1601 9.0001 3.3002 5.8001 2.0404 9.8003 1.24+0 6.7701 5.9205 5.1805 1.8303 8.2101 1.0101 1.44+0 1.4604 5.8204 7.4403 6.9603 2.5802 7.1903 1.2602 4.2403 5.1104 2.4802 5.6603 8.8605 1.5103 1.7403 2.1802 3.4902 6.7604 2.2903 1.2201 1.9903 2.9202 5.9403 4.1203 9.9603 8.6704 1.8102 2.1703 2.0303 2.2203 6.8303 2.1702 5.1303 2.9302 2.4403 1.3801

2.7504 2.9504 8.8005 7.9905 3.4907 1.2803 2.7604 2.1903 3.5201 4.6101 1.0301 2.7702 1.1101 8.9703 1.2301 9.6401 3.5302 6.2101 1.6504 1.0402 1.33+0 7.2501 5.9305 5.0605 1.8403 8.7901 1.0701 1.54+0 1.1904 5.8504 7.4303 7.1903 2.7202 7.5203 1.2702 4.2903 5.2804 2.4702 5.7603 8.7705 1.5403 1.7103 2.2102 3.5102 7.2004 2.0903 1.2501 1.9503 3.0002 6.0603 4.1703 1.0102 8.6204 1.8502 1.7703 2.0203 2.2003 6.9603 2.2302 5.2303 3.0002 2.4803 1.4201

2.8304 3.0104 9.0405 8.0105 2.9707 1.3103 2.8304 2.2403 3.6901 4.8401 1.0101 2.7402 1.1701 9.2803 1.3001 1.01+0 3.7102 6.5401 1.3904 1.0902 1.40+0 7.6501 5.9105 4.9605 1.8403 9.2601 1.1301 1.62+0 1.0104 5.8504 7.4603 7.3703 2.8502 7.7903 1.2802 4.3103 5.4204 2.4602 5.8403 8.6805 1.5503 1.6903 2.2302 3.5102 7.5704 1.9503 1.2701 1.9203 3.0302 6.1103 4.1903 1.0202 8.5604 1.8702 1.5003 2.0203 2.1903 7.0203 2.2602 5.2903 3.0402 2.5103 1.4401

2.8904 3.0504 9.2205 8.0205 2.5807 1.3203 2.8904 2.2703 3.8201 5.0201 1.0001 2.7102 1.2101 9.5103 1.3501 1.06+0 3.8602 6.8201 1.2004 1.1302 1.46+0 7.9801 5.8905 4.8805 1.8403 9.6701 1.1801 1.69+0 8.7805 5.8504 7.4903 7.5103 2.9502 8.0103 1.2802 4.3203 5.5404 2.4502 5.8903 8.6105 1.5503 1.6703 2.2402 3.5102 7.8904 1.8403 1.2801 1.9003 3.0502 6.1403 4.1903 1.0202 8.4904 1.8802 1.3103 2.0103 2.1703 7.0403 2.2802 5.3203 3.0602 2.5203 1.4501

5.2706 9.3407 6.6706 1.0705 1.4605 3.7807 2.3606 6.6808 6.9802 4.5001 2.9601 1.7901 3.7402 8.7801 9.4606 7.6101 3.2901 1.31+0 2.3204 3.2204 6.4605 2.1204 8.1104 2.4703 2.7505 4.9504 2.4303 1.8302 4.1503 2.2602 6.7907 6.5402 6.8604 4.7903 1.5402 5.8902 2.3206 2.6103 2.5903 7.6403 2.1703 3.7602 7.1502 1.3001 7.3403 3.1002 8.8504 5.8102 3.3005 5.0205 3.5605 1.0304 9.2105 1.7505 5.1405 1.1804 5.4603 1.2705 9.9306 4.5806 4.9605 2.7405 1.0505

5.5306 7.8307 6.1206 1.1005 1.5305 3.6807 2.1106 6.6108 7.5802 4.8901 3.2001 1.9401 3.9302 9.3801 8.6606 8.1001 3.5001 1.39+0 2.3604 3.2704 6.3805 2.1304 8.3204 2.5303 2.3605 5.0504 2.5003 1.8802 4.2803 2.2702 7.2007 6.6902 6.0804 4.7603 1.5702 6.0802 2.3606 2.1603 2.4903 7.8503 2.0103 3.8902 7.4202 1.3501 7.3703 3.2302 7.3504 6.0402 3.3905 5.0905 3.5805 1.0604 9.3605 1.5205 5.0705 1.2104 5.6903 1.1005 9.0006 3.8606 4.8305 2.8405 1.0905

5.9006 6.0307 5.5506 1.1405 1.6305 3.5507 1.8306 6.6208 8.4002 5.4301 3.5501 2.1501 4.2602 1.03+0 7.3106 8.8901 3.8301 1.53+0 2.3904 3.3104 6.2605 2.1404 8.5204 2.5903 1.9205 5.1404 2.5803 1.9402 4.4203 2.2702 7.8407 6.8502 5.1904 4.7703 1.6202 6.3502 2.4506 1.6403 2.3903 8.1703 1.8403 4.0802 7.8202 1.4201 7.4503 3.4002 5.6004 6.3502 3.5705 5.2605 3.6505 1.1204 9.7105 1.2605 5.0505 1.2504 6.0203 9.0606 7.9806 3.0206 4.7405 3.0205 1.1705

6.1406 6.2906 6.3906 4.9607 4.2407 3.7107 5.2606 5.0806 4.9506 1.1705 1.1905 1.2005 1.6905 1.7305 1.7505 3.4607 3.3707 3.3007 1.6706 1.5706 1.5006 6.6408 6.6408 6.6408 8.9502 9.3702 9.7002 5.8001 6.0801 6.3001 3.7901 3.9801 4.1201 2.3001 2.4101 2.5001 4.5202 4.7202 4.8802 1.10+0 1.16+0 1.21+0 6.5206 6.0506 5.7606 9.5101 1.00+0 1.04+0 4.1001 4.3201 4.5101 1.64+0 1.72+0 1.80+0 2.3904 2.3804 2.3604 3.3104 3.2904 3.2804 6.1405 6.0405 5.9605 2.1204 2.1004 2.0904 8.5704 8.5704 8.5604 2.6003 2.6103 2.6103 1.6705 1.5105 1.3905 5.1604 5.1504 5.1404 2.6003 2.6203 2.6203 1.9602 1.9702 1.9702 4.4703 4.4903 4.5003 2.2802 2.2702 2.2702 8.3607 8.8007 9.1707 6.9202 6.9502 6.9602 4.6604 4.3004 4.0404 4.7703 4.7503 4.7303 1.6402 1.6502 1.6602 6.5002 6.5802 6.6102 2.5306 2.6106 2.6706 1.3303 1.1303 9.8204 2.3303 2.2803 2.2403 8.3503 8.4403 8.4803 1.7303 1.6603 1.6103 4.1802 4.2402 4.2702 8.0402 8.1602 8.2302 1.4601 1.4801 1.5001 7.5003 7.5003 7.4903 3.5002 3.5502 3.5802 4.5704 3.8804 3.3704 6.5402 6.6402 6.7002 3.7105 3.8405 3.9405 5.4105 5.5305 5.6305 3.7305 3.8005 3.8505 1.1704 1.2204 1.2604 1.0004 1.0304 1.0604 1.1105 1.0105 9.4106 5.0805 5.1105 5.1505 1.3004 1.3304 1.3604 6.2103 6.3203 6.3903 7.9406 7.2006 6.6706 7.4406 7.1206 6.9206 2.5206 2.1906 1.9506 4.7305 4.7305 4.7405 3.1705 3.3005 3.4105 1.2305 1.2905 1.3405 (continued on next page)

254

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 12 (continued) i

3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4

j

59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

Ge-like Au

Ga-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

5.7102 3.1402 6.3403 1.2602 3.1703 8.0604 1.5402 5.9602 1.8102 4.5405 4.1405 6.6503 2.9603 6.1705 1.1004 2.8102 3.9502 1.1702 2.9803 2.0005 3.1203 3.1406 3.4803 1.0905 4.8205 3.4002 1.7803 5.8905 5.0704 1.4803 2.2403 2.3504 1.9604 2.3304 2.5804 4.8704 3.4604 4.1604 1.0205 3.8503 3.0304 1.0204 2.3102 2.9803 2.4206 6.7304 1.9104 4.7203 1.0702 3.7002 9.8202 1.1102 1.7102 5.7803 2.4503 3.1002 1.4501 9.2101 1.1203 1.3703 1.8703 4.3104 1.5601 2.6403

5.9402 3.2702 6.4703 1.2802 3.1703 7.2704 1.6002 6.2002 1.8802 4.6305 4.3505 6.9403 3.0903 6.2005 1.1504 2.9102 4.1102 1.2102 3.0003 1.8805 3.0903 2.6106 3.1703 9.5606 4.8505 3.5402 1.7903 6.0405 5.0904 1.5403 2.3203 2.4104 2.0504 2.3804 2.3904 5.0804 3.5504 4.3204 1.0605 4.0203 3.1004 9.7005 2.1302 3.2803 2.0206 6.6104 1.5704 4.6003 1.0602 3.6902 9.9102 1.1202 1.7302 5.7003 2.3103 3.2902 1.5501 9.8501 1.1403 1.4003 1.9003 4.3804 1.6701 2.6903

6.2602 3.4402 6.6803 1.3202 3.2103 6.3804 1.6902 6.5302 1.9802 4.8305 4.7005 7.3503 3.2703 6.3205 1.2404 3.0702 4.3402 1.2602 3.0403 1.7605 3.1203 1.9906 2.8403 7.9806 4.9605 3.7302 1.8503 6.2705 5.2204 1.6203 2.4403 2.5004 2.1804 2.4604 2.2004 5.3704 3.7004 4.5604 1.1105 4.2703 3.2304 9.2205 1.9402 3.6203 1.5306 6.4204 1.1804 4.3803 1.0302 3.6602 9.9602 1.1302 1.7302 5.5803 2.1303 3.6002 1.7101 1.08+0 1.1503 1.4103 1.9303 4.4304 1.8301 2.7203

6.4402 3.5402 6.8003 1.3402 3.2303 5.8604 1.7402 6.7302 2.0402 5.0305 4.9805 7.5903 3.3803 6.4605 1.3104 3.1602 4.4802 1.2902 3.0603 1.7005 3.1703 1.6206 2.6803 7.0806 5.0805 3.8502 1.9103 6.4105 5.3804 1.6703 2.5203 2.5804 2.2604 2.5204 2.1104 5.5504 3.8304 4.7204 1.1405 4.4203 3.3504 8.9505 1.8502 3.8203 1.2406 6.2704 9.6505 4.2103 1.0102 3.5902 9.8502 1.1202 1.7202 5.4403 2.0003 3.8402 1.8201 1.16+0 1.1403 1.4103 1.9203 4.4204 1.9501 2.7103

6.5402 3.6002 6.8603 1.3502 3.2303 5.5004 1.7702 6.8402 2.0702 5.2105 5.2305 7.7203 3.4403 6.5705 1.3704 3.2102 4.5602 1.3102 3.0703 1.6705 3.2103 1.3706 2.5703 6.4906 5.1905 3.9202 1.9503 6.4905 5.5104 1.7103 2.5703 2.6404 2.3004 2.5604 2.0504 5.6604 3.9304 4.8204 1.1605 4.5103 3.4404 8.7505 1.8002 3.9603 1.0406 6.1704 8.2105 4.0903 9.9003 3.5202 9.7202 1.1102 1.6902 5.3203 1.9103 4.0202 1.9101 1.22+0 1.1403 1.4003 1.9103 4.3904 2.0501 2.7003

6.5902 3.6302 6.8903 1.3602 3.2303 5.2304 1.7902 6.9002 2.0902 5.3705 5.4405 7.8103 3.4703 6.6705 1.4204 3.2402 4.6102 1.3202 3.0703 1.6605 3.2403 1.1906 2.5003 6.0806 5.2905 3.9702 1.9903 6.5305 5.6004 1.7303 2.6003 2.6904 2.3304 2.5804 2.0204 5.7304 4.0004 4.8804 1.1705 4.5703 3.5204 8.6005 1.7602 4.0703 8.9707 6.1004 7.1705 4.0103 9.7703 3.4702 9.6002 1.1002 1.6702 5.2203 1.8403 4.1702 1.9901 1.27+0 1.1303 1.3903 1.8903 4.3604 2.1301 2.6803

4.9705 3.5205 9.9704 3.3805 3.7704 3.1404 1.1505 2.5504 1.8506 1.5005 5.7305 3.3905 1.7903 5.4304 3.6203 2.4604 2.4103 5.6104 6.9404 3.1103 2.0503 2.6704 1.4403 1.7903 4.0204 7.8603 2.6905 3.1203 5.6403 4.8103 5.1203 4.1003 3.3703 4.8504 2.7103 1.7902 1.1103 8.1004 5.2804 6.6606 1.9303 1.4005 2.2202 6.6303 5.0303 2.9404 8.0803 1.5801 5.0702 3.1503 1.0503 3.3402 1.1802 1.1502 5.2002 1.05+0 1.5303 3.3202 1.5001 4.2701 4.2103 1.1502 1.0302 9.1305

5.1605 3.5405 1.0303 3.4105 3.8604 3.2004 1.1105 2.6204 1.5806 1.4705 5.8705 3.6005 1.7903 5.2004 3.6403 2.4204 2.4403 5.3704 6.5404 3.0803 1.8903 2.2404 1.4303 1.5003 3.4304 7.9903 2.3305 3.1303 5.7103 4.8703 5.2503 4.0703 3.4103 4.0704 2.7503 1.8402 1.0303 7.4204 5.3204 7.0406 1.8903 1.3905 2.0602 6.2203 4.8203 2.7704 8.0403 1.7001 5.1002 3.0603 9.1204 3.5402 1.2602 1.2302 5.5502 1.13+0 1.5103 3.5302 1.6001 4.5601 4.3403 1.2202 1.1002 9.1505

5.4905 3.6005 1.0803 3.4905 4.0404 3.3204 1.0805 2.7404 1.2606 1.4505 6.1405 3.9305 1.8103 4.9804 3.7203 2.4004 2.5003 5.1504 6.1204 3.0703 1.7103 1.7304 1.4203 1.1503 2.7104 8.2503 1.9005 3.2003 5.8703 5.0203 5.4903 4.0803 3.5103 3.1404 2.8403 1.9202 9.3804 6.6604 5.4404 7.6806 1.8803 1.4005 1.8702 5.5803 4.4403 2.5304 7.8103 1.8801 5.1102 2.9403 7.9204 3.8602 1.3802 1.3502 6.0902 1.24+0 1.5303 3.8602 1.7601 5.0101 4.5703 1.3302 1.2102 9.1205

5.7605 3.6705 1.1203 3.5805 4.2004 3.4304 1.0705 2.8404 1.0906 1.4605 6.3805 4.1905 1.8503 4.9004 3.8103 2.4204 2.5803 5.0604 5.9204 3.1003 1.6103 1.4204 1.4403 9.4604 2.2904 8.5103 1.6405 3.2703 6.0403 5.1803 5.7003 4.1303 3.6103 2.5804 2.9303 2.0002 8.9204 6.2604 5.5704 8.1906 1.8803 1.4305 1.7802 5.2003 4.2103 2.3804 7.6203 2.0101 5.0502 2.8403 7.3104 4.1102 1.4702 1.4402 6.5002 1.32+0 1.5603 4.1202 1.8801 5.3501 4.7703 1.4102 1.2902 9.0405

5.9905 3.7305 1.1503 3.6605 4.3204 3.5204 1.0605 2.9204 9.7207 1.4805 6.6105 4.4205 1.8803 4.8604 3.8903 2.4404 2.6403 5.0304 5.8004 3.1403 1.5503 1.2104 1.4503 8.0504 2.0004 8.7303 1.4705 3.3403 6.1803 5.3003 5.8803 4.1803 3.7003 2.2004 3.0003 2.0502 8.6304 6.0304 5.6904 8.6306 1.9003 1.4505 1.7402 4.9603 4.0603 2.2804 7.4803 2.1101 4.9802 2.7603 6.8904 4.3102 1.5402 1.5102 6.8402 1.40+0 1.5903 4.3302 1.9801 5.6401 4.9503 1.4802 1.3602 8.9505

6.1805 3.7805 1.1703 3.7305 4.4204 3.5904 1.0605 2.9904 8.8907 1.4905 6.8205 4.6105 1.9103 4.8404 3.9603 2.4604 2.6803 5.0004 5.7204 3.1703 1.5103 1.0504 1.4703 7.0104 1.7904 8.9003 1.3605 3.3903 6.2903 5.4003 6.0103 4.2203 3.7703 1.9204 3.0603 2.1002 8.4304 5.8904 5.7904 9.0206 1.9103 1.4705 1.7002 4.7903 3.9703 2.2104 7.3803 2.1901 4.9102 2.7003 6.5804 4.4602 1.6002 1.5702 7.1102 1.45+0 1.6103 4.5002 2.0701 5.8701 5.1003 1.5402 1.4202 8.8805

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

255

Table 12 (continued) i

4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4

j

27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89

Ge-like Au

Ga-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

5.1004 4.7304 2.3705 2.8801 7.0204 1.9605 1.3203 3.6602 1.8204 1.0402 6.2702 1.1901 5.0304 3.6606 8.6803 3.2903 1.8701 1.13+0 4.4003 4.4801 9.4301 1.5701 1.5202 1.6002 6.1503 4.4404 8.4102 1.9503 9.5704 1.2401 7.5305 8.1003 2.6402 4.6003 1.6504 1.1903 2.5904 3.1003 1.4604 1.0902 1.8302 3.7302 1.0502 3.2104 1.2203 1.1501 8.0903 9.2805 7.4706 1.9106 4.1306 3.7902 1.1505 1.3102 1.3804 3.6602 4.6602 1.3105 1.4404 3.2804 1.4104 1.1804 2.0904

5.1904 4.7904 2.3505 3.0601 5.8304 1.8805 1.4003 3.9002 1.5004 1.0902 6.6902 1.2801 4.1804 3.6106 9.1303 3.1303 1.9901 1.21+0 3.9703 4.7801 1.01+0 1.6801 1.6202 1.6402 6.3103 4.1504 8.9502 1.9803 9.2104 1.3301 6.2205 8.1703 2.8102 4.7703 1.6104 1.2103 2.4004 3.2703 1.2004 1.1602 1.9502 3.8002 1.0602 3.3004 1.3003 1.1901 7.7603 9.8505 7.1106 1.8106 4.3606 3.9102 1.1805 1.3502 1.4104 3.7902 4.8202 1.3105 1.5404 3.5004 1.4904 1.2004 2.1004

5.2604 4.8304 2.3105 3.3501 4.4104 1.7405 1.5303 4.2802 1.1404 1.1902 7.3302 1.4001 3.2304 3.5606 9.8503 3.0103 2.1901 1.33+0 3.5203 5.2501 1.11+0 1.8401 1.7802 1.7202 6.6303 3.8804 9.7702 2.0403 8.9604 1.4501 4.6905 8.4203 3.0702 5.0703 1.5904 1.2603 2.2304 3.5503 9.0205 1.2702 2.1402 3.8702 1.0902 3.4804 1.4203 1.2301 7.3103 1.0704 6.7906 1.7106 4.7206 4.0902 1.2405 1.4202 1.4704 3.9802 5.0502 1.3405 1.6904 3.8504 1.6304 1.2404 2.1404

5.2504 4.8104 2.2705 3.5801 3.5604 1.6205 1.6303 4.5802 9.2405 1.2602 7.8302 1.5001 2.6804 3.5006 1.0402 2.9703 2.3401 1.42+0 3.2803 5.6201 1.18+0 1.9701 1.9002 1.7902 6.9203 3.7604 1.0401 2.1103 8.9104 1.5501 3.7905 8.6703 3.2802 5.3303 1.6104 1.3103 2.1504 3.7703 7.3505 1.3502 2.2802 3.9002 1.1002 3.6404 1.5203 1.2501 7.0103 1.1404 6.6606 1.6806 5.0206 4.1902 1.2805 1.4602 1.5204 4.0802 5.1702 1.3705 1.8104 4.1204 1.7304 1.2804 2.1904

5.2204 4.7704 2.2405 3.7801 2.9904 1.5405 1.7103 4.8202 7.8305 1.3202 8.2502 1.5801 2.3204 3.4506 1.0902 2.9503 2.4701 1.50+0 3.1403 5.9201 1.25+0 2.0701 2.0102 1.8402 7.1603 3.7004 1.1001 2.1703 8.9304 1.6401 3.1905 8.8803 3.4502 5.5403 1.6204 1.3503 2.1004 3.9503 6.2405 1.4202 2.4102 3.9102 1.1202 3.7804 1.6103 1.2501 6.8103 1.2104 6.6006 1.6706 5.2806 4.2402 1.3205 1.4802 1.5604 4.1402 5.2402 1.3905 1.9104 4.3504 1.8204 1.3104 2.2304

5.1904 4.7404 2.2105 3.9401 2.5904 1.4705 1.7903 5.0302 6.8105 1.3702 8.6002 1.6401 2.0604 3.4106 1.1302 2.9503 2.5801 1.57+0 3.0303 6.1801 1.30+0 2.1601 2.1002 1.8902 7.3703 3.6604 1.1401 2.2203 8.9704 1.7101 2.7605 9.0403 3.6002 5.7203 1.6404 1.3703 2.0704 4.1003 5.4405 1.4802 2.5102 3.9102 1.1202 3.9004 1.6803 1.2601 6.6903 1.2604 6.5606 1.6706 5.5006 4.2702 1.3505 1.4902 1.5904 4.1702 5.2802 1.4105 1.9904 4.5404 1.8904 1.3404 2.2604

1.7104 2.6301 4.7301 3.8401 2.3803 4.9204 1.1702 1.0503 1.2404 2.3603 1.1803 5.0003 3.6103 1.0403 7.4104 1.2903 5.9303 2.0602 8.2803 8.6202 9.9903 3.9503 8.5704 1.7802 2.3303 1.2404 2.0902 2.8202 2.1602 7.2403 3.5804 9.3704 2.1902 5.8102 3.4304 1.6502 2.2103 7.7504 1.5902 7.3404 1.8903 1.0505 1.1104 1.5405 6.5003 5.0003 6.1604 2.5103 5.6403 8.5903 9.8003 7.4803 1.9703 1.2002 9.6703 3.6703 1.1102 1.2603 1.0903 5.6704 1.0903 4.7104 8.0904

1.4704 2.8101 5.0501 4.1001 2.2203 5.0104 1.2002 1.0603 1.1804 2.3803 1.1603 5.2203 3.5603 1.0503 7.2004 1.3603 6.2903 2.0902 8.5503 8.8702 1.0102 4.0403 7.9304 1.8402 2.3103 1.2704 2.1602 2.9102 2.2402 7.4603 3.2004 9.5804 2.2602 6.0102 2.8604 1.7002 2.1403 7.0004 1.6402 6.1104 1.9603 8.8806 1.1304 1.5905 6.7303 5.2003 5.1304 2.6203 5.8603 8.9603 1.0202 7.7203 1.9203 1.2502 1.0102 3.7403 1.1602 1.1603 1.1403 4.7304 9.7304 4.8304 7.5104

1.2004 3.0801 5.5301 4.4901 2.0603 5.1004 1.2502 1.1003 1.1204 2.4603 1.1703 5.5903 3.5603 1.0903 7.0904 1.4603 6.8503 2.1302 8.8703 9.1502 1.0302 4.1603 7.2904 1.9102 2.2603 1.3204 2.2702 3.0502 2.3402 7.7803 2.7804 9.9204 2.3602 6.3102 2.1904 1.7902 2.0603 6.1404 1.7202 4.6604 2.0603 6.9806 1.1704 1.6605 7.0703 5.4803 3.9404 2.7703 6.1603 9.4903 1.0802 8.0703 1.9003 1.3202 1.0602 3.9103 1.2202 1.0503 1.2103 3.6404 8.4504 5.0204 6.8604

1.0504 9.5805 8.8905 3.2901 3.4701 3.6201 5.9101 6.2301 6.5001 4.8001 5.0601 5.2801 1.9803 1.9403 1.9103 5.1204 5.1104 5.1004 1.3002 1.3402 1.3702 1.1403 1.1803 1.2103 1.1004 1.1004 1.1004 2.5403 2.6103 2.6703 1.1903 1.2103 1.2203 5.9103 6.1803 6.4103 3.6003 3.6503 3.6903 1.1303 1.1603 1.1803 7.1304 7.2104 7.3204 1.5503 1.6303 1.6903 7.3003 7.6803 8.0103 2.1502 2.1602 2.1602 9.0403 9.1303 9.1903 9.2702 9.3302 9.3602 1.0402 1.0402 1.0402 4.2303 4.2603 4.2703 6.9904 6.8204 6.6904 1.9502 1.9702 1.9802 2.2103 2.1803 2.1703 1.3704 1.4204 1.4604 2.3302 2.3602 2.3802 3.1202 3.1602 3.1802 2.4102 2.4402 2.4502 7.9603 8.0503 8.1003 2.5304 2.3604 2.2304 1.0103 1.0203 1.0203 2.4202 2.4502 2.4702 6.4802 6.5702 6.6202 1.8004 1.5404 1.3504 1.8302 1.8602 1.8702 2.0203 1.9803 1.9503 5.6404 5.2904 5.0304 1.7702 1.7902 1.8002 3.8104 3.2304 2.8204 2.1203 2.1503 2.1703 5.8606 5.1006 4.5506 1.1904 1.2004 1.2004 1.7005 1.7205 1.7305 7.2703 7.3803 7.4403 5.6503 5.7503 5.8103 3.2404 2.7704 2.4304 2.8603 2.9103 2.9403 6.3403 6.4503 6.5103 9.8003 9.9803 1.0102 1.1202 1.1402 1.1502 8.2803 8.4003 8.4703 1.9203 1.9303 1.9503 1.3702 1.4002 1.4102 1.1002 1.1202 1.1302 4.0703 4.1903 4.2903 1.2602 1.2902 1.3002 9.9904 9.6704 9.4404 1.2503 1.2703 1.2903 3.0104 2.5804 2.2704 7.7304 7.2504 6.9104 5.1404 5.2004 5.2404 6.4804 6.2204 6.0204 (continued on next page)

256

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 12 (continued) i

4 4 4 4 4 4 4 4 4 4 4 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5

j

90 91 92 93 94 95 96 97 98 99 100 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58

Ge-like Au

Ga-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

6.7102 5.5307 4.2205 3.1405 7.5805 2.1202 2.2104 4.3008 1.3404 2.2902 3.7005 7.6803 1.9303 2.7903 1.8904 9.4504 1.5603 9.6904 2.6102 4.3804 4.6903 6.1302 2.7402 1.0301 1.6002 4.1103 1.5003 4.3905 1.3103 1.6907 5.0101 6.0206 1.3203 1.0603 8.5104 6.5401 1.5901 5.1306 4.6904 6.7802 8.4503 5.7806 1.1301 5.3904 7.9304 1.0505 3.5004 6.2905 2.1602 9.1505 8.5905 2.5002 6.6103 2.3902 1.1603 9.6006 4.1603 4.9501 7.0404 2.4901 4.1201 1.2003 1.5101 8.1004

6.9502 4.5307 4.1705 3.1405 8.0105 2.1802 2.3404 3.5208 1.4104 2.3502 3.7805 8.4803 2.1303 2.6903 1.6904 8.6404 1.5503 8.2904 2.6002 3.6304 4.4503 6.2002 2.7602 1.1101 1.6702 3.9003 1.5203 4.4305 1.3303 1.3807 5.3601 4.9406 1.3403 1.0803 8.6604 6.9701 1.6901 4.2406 4.2204 7.2402 9.0303 5.3906 1.2001 5.1904 8.0604 9.9006 2.8804 5.6905 2.3002 7.7405 8.8105 2.6702 7.0403 2.5502 9.6704 7.8906 4.3603 5.2901 7.2104 2.6601 4.4101 1.2103 1.6201 8.1804

7.2902 3.4307 4.1805 3.1905 8.7005 2.2602 2.5504 2.7108 1.5204 2.4402 3.9405 9.2603 2.3403 2.5203 1.4304 7.5704 1.5103 6.6004 2.5402 2.7504 4.1403 6.2402 2.7702 1.2201 1.8002 3.7403 1.5403 4.4505 1.3503 1.0507 5.9101 3.7206 1.3603 1.0903 8.7904 7.6501 1.8501 3.2106 3.7304 7.9502 9.9303 5.0306 1.3201 5.0604 8.4204 9.2706 2.1804 5.1305 2.5002 6.1405 9.2705 2.9302 7.7003 2.7902 7.4404 5.9306 4.7003 5.8101 7.5704 2.9201 4.8401 1.2503 1.7701 8.4504

7.4802 2.8107 4.2305 3.2605 9.2505 2.3002 2.7204 2.2508 1.6104 2.5002 4.0905 9.7103 2.4703 2.4303 1.2604 6.9104 1.4803 5.5804 2.4902 2.2404 3.9203 6.1702 2.7402 1.3001 1.9002 3.7003 1.5303 4.4205 1.3403 8.6908 6.3201 3.0206 1.3603 1.0903 8.7704 8.1901 1.9801 2.6006 3.4904 8.5102 1.0602 4.8806 1.4101 5.0604 8.7704 8.9006 1.7904 4.9005 2.6702 5.2105 9.6605 3.1302 8.2203 2.9702 6.1504 4.8106 4.9703 6.2101 7.8804 3.1201 5.1801 1.2803 1.9001 8.7204

7.5802 2.3907 4.2805 3.3105 9.7005 2.3302 2.8604 1.9408 1.6904 2.5302 4.2205 1.0002 2.5603 2.3703 1.1304 6.4704 1.4603 4.9004 2.4502 1.8904 3.7503 6.0902 2.7102 1.3701 1.9702 3.6803 1.5103 4.3705 1.3303 7.4408 6.6601 2.5606 1.3503 1.0803 8.7304 8.6401 2.0901 2.2006 3.3404 8.9602 1.1202 4.8206 1.4901 5.0704 9.0504 8.6506 1.5304 4.7905 2.8002 4.6005 9.9705 3.3002 8.6503 3.1302 5.3004 4.0606 5.2103 6.5501 8.1304 3.2901 5.4601 1.3103 2.0001 8.9404

7.6402 2.0907 4.3305 3.3605 1.0104 2.3402 2.9804 1.7108 1.7604 2.5402 4.3205 1.0302 2.6303 2.3403 1.0404 6.1504 1.4403 4.4004 2.4202 1.6404 3.6203 6.0202 2.6702 1.4201 2.0402 3.6703 1.5003 4.3305 1.3203 6.5308 6.9401 2.2206 1.3403 1.0703 8.6804 9.0101 2.1801 1.9106 3.2304 9.3402 1.1702 4.7906 1.5501 5.0904 9.2604 8.4706 1.3504 4.7305 2.9202 4.1605 1.0204 3.4402 9.0103 3.2602 4.6904 3.5206 5.4103 6.8401 8.3204 3.4401 5.7001 1.3403 2.0901 9.1204

6.3204 4.0005 1.4403 6.3305 2.7704 5.1404 1.7604 1.0504 4.7306 4.1404 2.5004 3.7502 2.8703 2.3504 1.2302 7.6801 9.4802 2.8002 1.4102 3.3902 1.5001 5.0603 1.0102 3.6102 1.07+0 3.0401 5.5902 6.5202 4.7101 7.5704 2.2403 1.3704 1.2301 4.7504 1.1701 6.6201 1.02+0 6.0004 8.8603 1.9503 2.7704 4.3303 2.2002 3.4103 1.0801 3.5703 2.6303 2.3503 8.3203 1.1103 3.4202 3.8703 9.4703 3.4303 1.2701 1.5802 4.6303 8.6404 2.4702 7.8403 1.7303 5.0002 2.8002 1.9102

6.5904 3.9505 1.5103 6.2505 2.4304 4.7204 1.7904 9.1505 4.7506 4.1404 2.6104 3.5002 2.5403 2.1504 1.2202 8.3001 9.5502 2.8302 1.4202 3.6202 1.6001 5.2203 1.0502 3.8502 1.15+0 3.2501 5.9402 6.9302 5.0101 6.5004 2.3703 1.4004 1.3101 4.0104 1.2501 7.0701 1.09+0 6.0404 8.5503 2.0203 2.8204 4.3803 2.3302 3.4503 1.1501 3.7403 2.6803 2.4803 8.8203 1.1303 3.4602 3.9803 9.6103 3.4603 1.3101 1.5902 4.4403 9.1104 2.5402 8.1103 1.7903 5.1702 2.8902 1.9802

6.9804 3.9105 1.6003 6.2005 2.0404 4.3004 1.8604 7.5805 4.8106 4.1904 2.7704 3.2202 2.1703 1.9704 1.1802 9.2001 9.5902 2.8502 1.4302 3.9802 1.7601 5.5703 1.1402 4.2402 1.26+0 3.5601 6.4902 7.5902 5.4801 5.2304 2.5803 1.4304 1.4301 3.1804 1.3701 7.7501 1.19+0 6.0704 8.3303 2.1503 2.9304 4.5203 2.5402 3.5603 1.2601 4.0103 2.8003 2.6803 9.5903 1.1503 3.5002 4.1203 9.8103 3.5503 1.3501 1.6102 4.2303 9.8504 2.6402 8.4903 1.8703 5.4002 3.0302 2.0702

7.2304 3.8905 1.6503 6.1805 1.8204 4.0804 1.9104 6.6705 4.8506 4.2204 2.8704 3.1002 1.9803 1.8704 1.1502 9.8301 9.4702 2.8302 1.4102 4.2602 1.8801 5.8603 1.2002 4.5302 1.35+0 3.8101 6.9202 8.1102 5.8601 4.4804 2.7403 1.4304 1.5301 2.7004 1.4601 8.2801 1.27+0 6.0604 8.3003 2.2603 3.0304 4.6703 2.7102 3.6703 1.3401 4.2403 2.9003 2.8403 1.0202 1.1603 3.5102 4.1803 9.9303 3.6403 1.3701 1.6202 4.1103 1.0503 2.6902 8.7003 1.9203 5.5302 3.1002 2.1302

7.3904 3.8805 1.6903 6.1605 1.6804 3.9504 1.9404 6.0405 4.8806 4.2404 2.9304 3.0302 1.8503 1.8004 1.1302 1.03+0 9.3402 2.7902 1.3902 4.4702 1.9801 6.0803 1.2502 4.7702 1.42+0 4.0101 7.2702 8.5402 6.1801 3.9804 2.8703 1.4404 1.6201 2.3804 1.5401 8.7301 1.34+0 6.0304 8.3103 2.3503 3.1204 4.7803 2.8502 3.7703 1.4101 4.4303 2.9903 2.9803 1.0702 1.1603 3.5002 4.2203 1.0002 3.7203 1.3801 1.6202 4.0203 1.1003 2.7202 8.8203 1.9403 5.6002 3.1402 2.1602

7.4904 3.8505 1.7103 6.1305 1.5704 3.8604 1.9604 5.5905 4.8806 4.2404 2.9704 2.9902 1.7703 1.7504 1.1102 1.07+0 9.2202 2.7602 1.3802 4.6402 2.0501 6.2403 1.3002 4.9602 1.48+0 4.1701 7.5602 8.9102 6.4401 3.6204 2.9903 1.4304 1.6801 2.1504 1.6001 9.1001 1.40+0 6.0004 8.3303 2.4203 3.1804 4.8803 2.9702 3.8403 1.4701 4.6003 3.0503 3.0903 1.1202 1.1703 3.5002 4.2303 1.0102 3.7703 1.3901 1.6202 3.9603 1.1403 2.7302 8.8703 1.9503 5.6402 3.1602 2.1702

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

257

Table 12 (continued) i

5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5

j

59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100

Ge-like Au

Ga-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

3.0301 8.3703 1.6003 9.9003 6.7204 7.5903 2.8202 6.8803 2.4803 3.4603 1.2002 2.3103 2.8903 2.7203 3.1702 1.8006 2.5006 2.0305 2.2806 2.5302 6.8305 1.8004 3.9807 2.4303 4.6702 5.8405 4.7805 5.8805 1.7504 2.3105 5.7705 2.2803 9.9907 1.6005 9.5407 2.0204 2.9902 8.7805 2.1704 1.0204 5.8202 9.3306

3.2301 8.9003 1.3203 1.0102 5.6704 7.8503 3.0102 7.0303 2.4503 3.4203 1.2102 2.4603 3.0803 2.4103 3.2702 1.5606 2.4306 2.0605 2.0006 2.6102 7.0005 1.4904 3.2507 2.4103 4.8302 5.9405 4.8705 6.2505 1.8604 2.3105 5.8205 1.8803 9.3407 1.5805 7.8507 2.1504 3.1002 9.0005 2.3204 1.0304 6.0502 9.6606

3.5501 9.7203 9.9604 1.0602 4.4904 8.3303 3.3002 7.3503 2.4603 3.4003 1.2202 2.7003 3.3703 2.0603 3.3902 1.3006 2.3806 2.1405 1.7106 2.7202 7.3205 1.1304 2.4307 2.4103 5.0602 6.1705 5.0605 6.8205 2.0304 2.3505 5.9805 1.4303 8.7107 1.5905 5.9207 2.3704 3.2502 9.4205 2.5604 1.0504 6.3702 1.0305

3.8001 1.0402 8.0904 1.1002 3.8204 8.7203 3.5302 7.6303 2.5003 3.4303 1.2102 2.8903 3.6003 1.8703 3.4502 1.1506 2.3806 2.2305 1.5506 2.7902 7.5905 9.1805 1.9607 2.4103 5.1902 6.3705 5.2305 7.2805 2.1704 2.4005 6.1405 1.1603 8.4307 1.6105 4.8107 2.5304 3.3402 9.7905 2.7404 1.0704 6.5502 1.0805

4.0001 1.0902 6.8404 1.1402 3.3904 9.0403 3.7302 7.8503 2.5503 3.4603 1.2102 3.0503 3.7903 1.7503 3.4802 1.0606 2.3906 2.3105 1.4506 2.8202 7.8005 7.7605 1.6607 2.4003 5.2602 6.5305 5.3705 7.6805 2.2804 2.4405 6.2705 9.8104 8.3207 1.6305 4.0707 2.6704 3.3902 1.0104 2.8904 1.0904 6.6602 1.1205

4.1801 1.1402 5.9404 1.1602 3.0804 9.3003 3.8902 8.0303 2.5903 3.4903 1.2102 3.1803 3.9603 1.6703 3.5002 9.9407 2.4006 2.3805 1.3806 2.8402 7.9705 6.7405 1.4307 2.3803 5.3002 6.6605 5.4705 8.0205 2.3804 2.4705 6.3805 8.5204 8.2807 1.6505 3.5307 2.7904 3.4202 1.0304 3.0204 1.1104 6.7102 1.1605

1.2402 6.4803 7.2602 7.3803 2.2002 2.6002 3.2203 1.5503 7.7104 1.3004 4.7104 3.5904 1.1002 8.2503 5.1502 1.2203 8.2403 3.7303 4.6103 1.9102 3.1103 1.0703 8.0403 4.2003 2.1403 2.6803 4.0005 3.0002 2.1203 1.8504 1.1403 3.7404 1.4805 1.2403 2.5304 4.2603 6.4203 1.2804 2.4804 1.0404 8.3804 8.7506

1.2802 6.6903 7.5002 7.5603 2.2702 2.6802 3.2603 1.5103 6.9804 1.3004 4.8004 3.7104 1.1302 8.5603 5.3702 1.2503 8.5503 3.8403 4.7303 1.9802 2.9603 1.0403 8.3203 3.8203 2.1503 2.6203 3.3205 3.1302 2.1103 1.8304 1.1403 3.8404 1.4905 1.2903 2.6004 4.4003 6.6603 1.2704 2.5404 1.0804 8.6304 8.1806

1.3502 6.9903 7.8502 7.8403 2.3602 2.8002 3.3303 1.4703 6.1504 1.3104 4.9604 3.8904 1.1902 8.9903 5.6702 1.3103 8.9903 4.0103 4.9203 2.0902 2.8303 1.0103 8.7403 3.4003 2.1803 2.5903 2.5405 3.3202 2.1403 1.8404 1.1703 4.0104 1.5405 1.3603 2.7104 4.6203 7.0103 1.2804 2.6804 1.1404 9.0304 7.5806

1.3802 7.1603 8.0502 8.0003 2.4202 2.8602 3.3703 1.4403 5.6604 1.3104 5.0404 4.0004 1.2202 9.2503 5.8502 1.3403 9.2503 4.1103 5.0203 2.1502 2.7903 9.9404 8.9803 3.1803 2.2003 2.6003 2.0805 3.4302 2.1903 1.8504 1.2003 4.1404 1.5905 1.4103 2.7704 4.7503 7.2303 1.3004 2.8004 1.1804 9.2904 7.2306

1.4002 7.2503 8.1602 8.0803 2.4502 2.9002 3.3903 1.4203 5.3204 1.3104 5.0904 4.0604 1.2402 9.4003 5.9502 1.3603 9.4003 4.1603 5.0803 2.1902 2.7703 9.8004 9.1203 3.0503 2.2103 2.6203 1.7705 3.4902 2.2303 1.8504 1.2303 4.2204 1.6305 1.4303 2.8104 4.8303 7.3603 1.3204 2.8904 1.2104 9.4704 6.9806

1.4102 7.3003 8.2102 8.1103 2.4602 2.9102 3.3903 1.4103 5.0604 1.3104 5.1004 4.0904 1.2502 9.4803 6.0102 1.3703 9.4903 4.1903 5.1203 2.2102 2.7603 9.6904 9.2103 2.9503 2.2103 2.6303 1.5505 3.5302 2.2603 1.8604 1.2503 4.2704 1.6605 1.4503 2.8304 4.8703 7.4403 1.3404 2.9604 1.2204 9.5804 6.7906

258

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 13 Effective collision strengths at six electron temperatures of 500, 1000, 2000, 3000, 4000, and 5000 eV for Zn-like and Cu-like Au (a ± b ” a · 10±b). See page 205 for Explanation of Tables i

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

j

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63

Zn-like Au

Cu-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

2.7504 2.7501 1.2206 1.1703 6.5901 2.1906 7.3303 7.5104 2.1502 1.7003 7.3702 3.7503 2.5206 9.6006 3.5705 2.8406 4.8004 6.2303 7.2504 1.3103 1.0702 4.8106 5.5008 3.3507 8.9804 1.9305 2.7107 4.1804 3.6205 5.2206 4.4706 2.8006 1.8205 3.7106 3.3007 1.1407 4.2807 1.9806 7.0708 4.9007 7.2707 7.9107 1.6507 2.3806 2.8907 6.2506 9.4207 1.6205 1.3605 3.7207 3.6408 2.9808 3.3908 4.0307 6.0208 1.3806 7.2907 7.1808 2.8508 5.4908 3.7308 8.3507

2.2904 2.9801 1.1106 9.7904 7.0201 1.8406 7.5503 6.2404 2.2102 1.4203 7.6502 3.9003 8.1306 8.0106 3.7605 2.3606 4.9304 6.2903 6.1004 1.1003 1.0902 4.0606 4.6708 3.2607 9.2304 1.6305 2.3007 4.2904 3.9105 4.3606 4.4806 2.3306 1.8905 3.9006 3.3407 9.5508 3.5907 2.1006 6.0908 4.0907 6.8907 7.8807 1.3907 1.9906 2.4207 6.6606 9.5707 1.7105 1.4705 3.7907 2.9908 2.4508 2.7908 4.1007 5.4508 1.4206 9.0707 5.9308 2.3308 4.5208 3.0808 8.5307

1.7504 3.3101 9.6407 7.4704 7.7001 1.4206 7.8203 4.7404 2.2802 1.0803 7.9702 4.0903 2.9205 6.1306 4.0905 1.8106 5.1504 6.4403 4.7104 8.4904 1.1302 3.1506 3.7608 3.2107 9.6404 1.2705 1.8407 4.4904 4.3705 3.3306 4.5606 1.7806 2.0005 4.2106 3.3807 7.3208 2.7607 2.2706 4.8608 3.1407 6.5407 7.9607 1.0807 1.5206 1.8807 7.3406 9.8807 1.8505 1.6405 3.8907 2.2508 1.8508 2.1108 4.2307 4.8708 1.4806 1.1906 4.5108 1.7508 3.4108 2.3408 8.8507

1.4204 3.5401 8.7907 6.0604 8.2301 1.1606 7.9203 3.8604 2.3002 8.7904 8.1302 4.1903 3.9905 5.0106 4.3405 1.4906 5.3404 6.5803 3.8804 6.9804 1.1702 2.6006 3.2108 3.2107 9.9604 1.0505 1.5607 4.6404 4.7305 2.7206 4.6306 1.4606 2.1005 4.4206 3.4007 6.0008 2.2707 2.4006 4.0908 2.5707 6.4107 8.0507 8.9608 1.2406 1.5607 7.8906 1.0106 1.9405 1.7805 3.9907 1.8308 1.5108 1.7108 4.3507 4.6008 1.5306 1.4206 3.6908 1.4208 2.7708 1.9208 9.1207

1.2004 3.7101 8.3007 5.1004 8.6601 9.9307 7.9603 3.2704 2.3102 7.4504 8.2102 4.2403 4.3005 4.2606 4.5605 1.2806 5.4804 6.7003 3.3104 5.9504 1.2002 2.2206 2.8108 3.2407 1.0203 8.9506 1.3607 4.7604 5.0305 2.3106 4.6706 1.2406 2.1805 4.5606 3.4307 5.1008 1.9407 2.4806 3.5408 2.1907 6.3607 8.1107 7.6908 1.0506 1.3407 8.3206 1.0306 2.0105 1.8905 4.0707 1.5408 1.2808 1.4508 4.4607 4.4408 1.5706 1.6206 3.1408 1.2008 2.3408 1.6308 9.3507

1.0404 3.8501 8.0307 4.4104 9.0301 8.6707 7.9703 2.8504 2.3202 6.4804 8.2602 4.2703 4.2905 3.7106 4.7405 1.1206 5.5904 6.7903 2.8904 5.2004 1.2202 1.9406 2.5108 3.2707 1.0403 7.8306 1.2107 4.8504 5.2805 2.0106 4.7006 1.0806 2.2505 4.6706 3.4507 4.4408 1.7107 2.5406 3.1208 1.9107 6.3207 8.1507 6.7608 9.1207 1.1807 8.6406 1.0406 2.0605 1.9705 4.1507 1.3408 1.1208 1.2608 4.5407 4.3508 1.6006 1.8006 2.7308 1.0408 2.0308 1.4208 9.5207

4.0701 6.3301 4.4102 6.5802 8.7603 1.1802 2.5302 2.0003 2.9203 2.4303 3.2203 2.8503 3.6703 3.9703 4.9503 1.8303 1.0603 5.8304 8.8604 6.6704 3.3504 5.8504 4.2504 2.1303 1.1503 1.4205 6.1304 3.7804 1.2703 4.6204 1.3903 5.0304 2.0203 3.1604 3.2706 2.4704 4.5404 6.7604 2.8304 3.4204 4.3904 1.9504 4.2106 5.5605 1.2905 1.8205 1.0804 2.3205 2.4505 2.4705 1.2103 8.4904 1.0703 6.4504 1.0403 1.0603 7.6304 6.1004 1.3203 1.0303 4.0804 3.5704

4.4201 6.7201 4.5302 6.7802 8.7803 1.1802 2.5802 2.5703 3.2003 2.6503 3.5103 3.0503 3.9303 3.9603 4.9403 1.8503 1.0703 5.4204 8.6004 6.3504 3.0004 6.0404 3.7404 2.4203 1.3103 1.4705 5.4604 3.4504 1.4503 4.4604 1.6203 4.6204 2.3303 3.0304 3.1906 2.3404 4.6804 6.6304 2.6004 3.5304 4.2504 1.7804 3.6506 5.0405 1.1205 1.6705 1.0504 2.1905 2.3105 2.1305 1.0703 7.7004 9.9004 5.8404 9.4204 1.0203 6.6804 5.3504 1.1503 9.4404 3.7104 3.3204

4.9001 7.3601 4.7202 7.0702 8.9103 1.2002 2.6402 3.6303 3.8103 3.0003 3.9503 3.2803 4.2303 4.0703 5.0703 1.9103 1.0803 4.8804 8.3204 5.9504 2.5004 6.5104 3.0704 2.9503 1.6103 1.5605 4.5304 3.0004 1.7703 4.2804 2.0503 4.0604 2.8903 2.8704 3.1106 2.1604 5.0304 6.5304 2.3004 3.8104 4.1004 1.5304 2.9306 4.3805 9.1306 1.4905 1.0104 2.0405 2.1505 1.6905 8.7704 6.7204 8.8704 5.0304 8.1904 9.7404 5.4504 4.3904 9.3304 8.3104 3.2304 3.0004

5.2401 7.8601 4.8202 7.2402 9.1003 1.2302 2.6802 4.5203 4.3803 3.2403 4.2603 3.4003 4.3903 4.2003 5.2303 1.9603 1.1003 4.5204 8.1904 5.7004 2.1604 7.0104 2.6404 3.4103 1.8603 1.6305 3.9004 2.7004 2.0603 4.1804 2.4303 3.6904 3.4003 2.7904 3.0806 2.0704 5.4004 6.5004 2.1104 4.1104 4.0304 1.3804 2.4706 3.9805 7.7706 1.3805 9.8705 1.9605 2.0705 1.4205 7.5404 6.1204 8.2704 4.5104 7.4504 9.5404 4.6704 3.7904 7.9104 7.6204 2.9104 2.7904

5.5001 8.2801 4.8702 7.3302 9.2603 1.2502 2.7102 5.2903 4.9003 3.4303 4.5103 3.4703 4.4803 4.3103 5.3703 2.0003 1.1203 4.2704 8.1304 5.5304 1.9104 7.4704 2.3204 3.8003 2.0803 1.6905 3.4504 2.4904 2.3103 4.1204 2.7603 3.4304 3.8303 2.7304 3.0806 2.0104 5.7704 6.5004 1.9704 4.3804 3.9804 1.2704 2.1506 3.7105 6.8106 1.3105 9.7105 1.9105 2.0105 1.2305 6.6504 5.7204 7.8604 4.1304 6.9504 9.4404 4.1304 3.3704 6.9104 7.1404 2.6804 2.6404

5.7001 8.6301 4.8902 7.3702 9.4003 1.2702 2.7402 5.9603 5.3703 3.5803 4.7003 3.5103 4.5403 4.4003 5.4803 2.0403 1.1403 4.0804 8.0904 5.4004 1.7104 7.8904 2.0804 4.1403 2.2703 1.7405 3.1004 2.3204 2.5203 4.0804 3.0403 3.2304 4.2103 2.6904 3.0706 1.9804 6.1004 6.5204 1.8604 4.6404 3.9604 1.1904 1.9006 3.5205 6.0806 1.2605 9.5805 1.8805 1.9805 1.0805 5.9704 5.4404 7.5604 3.8504 6.5904 9.3804 3.7304 3.0504 6.1504 6.7904 2.5104 2.5304

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

259

Table 13 (continued) i

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

j

64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28

Zn-like Au

Cu-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

4.0908 7.1408 1.7507 1.9608 6.4408 2.6006 1.7707 2.6406 2.7204 2.5002 6.0605 1.8403 4.5107 5.0007 9.4809 1.6806 1.5908 2.4104 1.1108 2.8103 1.1706 1.5606 1.5406 1.9808 1.0308 1.5406 5.4506 1.9904 1.9503 4.4604 2.9303 2.1704 1.9403 3.8004 3.7203 6.0404 1.0603 1.9003 2.1904 3.0102 6.0104 3.1101 6.5604 2.7001 5.8004 5.0203 4.8904 2.1805 6.6908 2.5702 3.3804 3.1502 1.0103 5.9104 1.9002 1.6503 6.8704 3.0804 3.3607 4.8108 3.6705 2.6305 6.3206

3.3808 6.9608 1.9507 1.6108 5.3108 2.6806 1.9107 3.8706 2.2404 2.5602 4.8905 2.3903 4.8007 5.6307 7.6009 1.7906 1.3008 1.9604 9.3009 3.1303 1.2006 1.7606 1.6406 1.6808 1.0308 1.7506 5.6006 1.6004 2.1703 3.5904 3.3403 1.7704 2.1103 3.0904 4.1303 5.0604 9.5704 1.5903 1.8204 3.0202 5.0004 3.3201 5.4804 2.8801 4.8004 5.1303 4.0404 1.8005 5.4908 2.6502 2.8004 3.2602 8.4204 4.9204 1.9902 1.6803 5.7104 3.2204 3.2407 3.9608 3.0505 2.6705 6.6206

2.5708 6.9208 2.3407 1.2208 4.0308 2.8006 2.1407 5.2506 1.6804 2.6202 3.5905 3.3603 5.3207 6.5807 5.5809 1.9906 9.7809 1.4704 7.6609 3.8003 1.2406 2.0706 1.8206 1.3108 1.1708 2.0606 5.7906 1.1704 2.5003 2.6304 3.9403 1.3104 2.3003 2.3004 4.6103 3.8704 8.3904 1.2203 1.3904 2.9802 3.8004 3.6301 4.1804 3.1601 3.6504 5.3903 3.0604 1.3705 4.1508 2.7502 2.1404 3.4002 6.4004 3.7504 2.0902 1.7503 4.3404 3.4004 3.0907 3.0608 2.3405 2.7705 7.0406

2.0908 7.0308 2.6607 9.9309 3.2908 2.9106 2.3207 6.0206 1.3604 2.6702 2.8705 4.1603 5.7207 7.2407 4.4709 2.1506 7.9209 1.1804 6.9409 4.4103 1.2606 2.2806 1.9606 1.0908 1.3308 2.2706 5.9306 9.2905 2.7303 2.0904 4.3403 1.0504 2.4103 1.8504 4.8703 3.1504 7.7704 9.9304 1.1304 2.9302 3.0904 3.8801 3.3904 3.3801 2.9804 5.6203 2.5004 1.1205 3.3808 2.8002 1.7404 3.4702 5.2104 3.0604 2.1402 1.8303 3.5304 3.4904 2.9507 2.5408 1.9105 2.8805 7.3006

1.7808 7.1608 2.9407 8.4209 2.8008 2.9906 2.4707 6.6306 1.1504 2.7002 2.4105 4.8603 6.0307 7.7307 3.7509 2.2606 6.7009 9.9705 6.5709 4.9603 1.2906 2.4406 2.0606 9.3709 1.4808 2.4306 6.0406 7.7505 2.9003 1.7504 4.6503 8.8305 2.4703 1.5504 5.0403 2.6604 7.3804 8.4304 9.5205 2.8902 2.6104 4.0901 2.8504 3.5601 2.5204 5.8003 2.1204 9.5506 2.8708 2.8202 1.4804 3.5102 4.4204 2.5904 2.1702 1.8903 2.9904 3.5504 2.8307 2.2008 1.6205 2.9805 7.4706

1.5508 7.2908 3.2007 7.3309 2.4408 3.0606 2.5907 7.1706 9.9805 2.7302 2.0805 5.4903 6.2707 8.1107 3.2509 2.3506 5.8109 8.6305 6.3509 5.4603 1.3006 2.5706 2.1506 8.2509 1.6108 2.5606 6.1306 6.6705 3.0403 1.5104 4.8903 7.6305 2.5103 1.3404 5.1403 2.3104 7.1204 7.3404 8.2405 2.8502 2.2704 4.2601 2.4704 3.7101 2.1904 5.9403 1.8504 8.3306 2.5008 2.8302 1.2804 3.5302 3.8404 2.2504 2.1902 1.9503 2.5904 3.5904 2.7407 1.9408 1.4105 3.0605 7.5706

9.3904 7.7004 2.0303 1.2405 5.0905 2.7306 5.2105 9.7904 1.0404 1.1303 1.1803 2.3304 5.2404 1.1202 6.6604 4.9704 8.5604 4.2805 5.2004 3.6205 3.6104 3.4006 8.7904 5.6405 6.3005 3.8206 1.5803 3.3506 3.2906 2.7006 2.9203 3.6706 9.6804 5.9306 3.8806 1.0003 1.1303 5.7102 5.5901 1.0702 4.7002 5.0503 2.4303 2.7902 2.4903 2.7503 1.7703 7.4903 1.8303 1.3202 2.9603 6.0906 6.5306 6.4204 4.1904 1.3403 1.1103 4.1204 1.1103 5.7904 1.0804 1.2203 7.1107

8.1704 6.7804 2.0603 1.1705 4.5405 2.5506 4.9605 8.6104 9.3305 1.1503 1.1503 2.2504 4.6104 1.1202 5.8204 4.5404 7.7504 3.8005 4.5304 3.1905 3.1504 3.1006 8.8104 4.9805 6.3105 3.4106 1.6203 2.9806 2.9306 2.3706 3.3203 3.2806 8.5604 6.6806 3.8506 9.0704 1.0603 5.7502 5.9601 1.0702 4.8702 4.8203 3.0303 2.8302 2.6403 3.4303 1.8103 8.3103 1.7403 1.3802 2.7803 5.8406 6.9006 6.3204 3.7504 1.3803 1.1503 4.0404 1.1403 5.8404 9.7005 1.1503 6.1707

6.6004 5.6104 2.1303 1.0905 3.8505 2.3506 4.6405 7.0904 8.0505 1.2003 1.1303 2.1704 3.8204 1.1402 4.7204 3.9804 6.7104 3.1805 3.6704 2.6205 2.5704 2.7206 9.0004 4.1305 6.4505 2.9006 1.7103 2.5606 2.4806 1.9606 4.0903 2.7906 7.0804 8.1306 3.8606 7.8704 9.8204 5.7502 6.5101 1.0902 5.1102 4.6103 4.0103 2.8802 2.8403 4.7503 1.8603 9.5803 1.6703 1.4602 2.6303 5.5506 7.6706 6.2404 3.1504 1.4603 1.2303 3.9804 1.1903 5.9804 8.1705 1.0603 4.9607

5.5904 4.8804 4.3504 4.8904 4.4004 4.0404 2.2103 2.2703 2.3303 1.0505 1.0205 1.0105 3.4205 3.1205 2.9005 2.2406 2.1806 2.1406 4.4305 4.2905 4.1805 6.1304 5.4604 4.9604 7.2805 6.7605 6.3705 1.2503 1.2903 1.3303 1.1303 1.1403 1.1403 2.1504 2.1404 2.1404 3.3304 3.0104 2.7704 1.1402 1.1502 1.1502 4.0304 3.5304 3.1604 3.6104 3.3504 3.1604 6.0704 5.6204 5.2804 2.7905 2.5105 2.3105 3.1104 2.7204 2.4204 2.2605 2.0005 1.8105 2.1904 1.9304 1.7304 2.5006 2.3506 2.2606 9.2504 9.5004 9.7304 3.6005 3.2305 2.9605 6.6105 6.7705 6.9105 2.5906 2.3806 2.2406 1.8003 1.8703 1.9403 2.3406 2.2106 2.1306 2.2106 2.0306 1.9006 1.7206 1.5606 1.4506 4.7803 5.3903 5.9203 2.4906 2.2806 2.1306 6.1204 5.4304 4.9104 9.4706 1.0705 1.1705 3.8906 3.9306 3.9606 7.1404 6.6504 6.3004 9.3904 9.1404 8.9804 5.6802 5.6002 5.5302 6.9501 7.3201 7.6301 1.1202 1.1402 1.1502 5.2602 5.3402 5.3802 4.5403 4.5103 4.4903 4.8003 5.5003 6.1303 2.9202 2.9502 2.9802 2.9803 3.0903 3.1803 5.9103 6.9203 7.8303 1.8903 1.9003 1.9103 1.0502 1.1202 1.1702 1.6403 1.6203 1.6103 1.5102 1.5502 1.5702 2.5603 2.5303 2.5103 5.3806 5.2806 5.2006 8.3906 9.0206 9.5806 6.2404 6.2404 6.2604 2.7304 2.4304 2.1904 1.5203 1.5703 1.6203 1.3003 1.3503 1.3903 3.9604 3.9604 3.9704 1.2403 1.2803 1.3103 6.1304 6.2604 6.3804 7.1405 6.3805 5.7805 1.0103 9.7304 9.4504 4.2007 3.6507 3.2507 (continued on next page)

260

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 13 (continued) i

2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

j

29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92

Zn-like Au

Cu-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

1.5505 3.7607 4.3603 3.3904 5.0303 6.6604 1.9706 1.6908 1.2605 2.5506 5.4108 3.8506 6.9007 2.9607 2.4407 6.2206 7.7807 7.1507 2.0006 8.5408 4.4007 3.3006 6.4809 2.0907 5.7207 3.6307 1.4307 1.2507 1.5407 7.5908 5.0907 8.0708 6.4309 9.7107 6.7208 2.4108 4.5608 9.4409 1.0806 3.1408 1.4807 2.4308 5.0908 1.1303 3.3505 1.3802 1.2204 5.1708 2.1608 2.9309 2.1707 1.1907 1.0903 2.9409 1.5204 3.5409 2.0408 1.2307 4.7507 2.5409 2.0508 1.2908 1.2103 1.3304

1.2905 3.1507 4.4403 2.8504 5.1403 5.6004 1.6606 1.4508 1.2905 2.1506 4.5508 4.1306 6.5807 2.4407 2.0507 6.8006 7.7107 6.8007 1.6806 7.2108 3.7107 2.7506 5.4509 2.0907 6.0807 3.8307 1.2007 1.0507 1.3007 6.4308 5.1307 8.5908 5.5609 1.0306 5.6608 2.2608 3.8108 7.7009 1.1006 3.1008 1.2507 2.0308 4.2008 1.4203 2.7105 1.4102 9.8405 4.2408 1.8308 2.7609 1.7907 1.2307 1.1903 2.4309 1.2504 2.9309 1.7108 9.9808 5.1607 2.1109 1.7008 1.0608 1.5503 1.0904

9.8806 2.4507 4.5803 2.2104 5.3303 4.3204 1.2906 1.1808 1.3505 1.6606 3.5908 4.5806 6.2307 1.8307 1.5807 7.7106 7.8407 6.4507 1.2906 5.6508 2.9007 2.1006 4.2609 2.1407 6.6207 4.2007 9.2708 8.1108 1.0107 5.1308 5.2307 9.4708 4.7509 1.1206 4.4108 2.1208 2.9108 5.7609 1.1306 3.0708 9.6408 1.5608 3.2208 1.9303 2.0105 1.4402 7.2505 3.1908 1.4408 2.6209 1.3507 1.2907 1.3303 1.8509 9.4205 2.2409 1.3308 7.4508 5.8607 1.6009 1.2808 7.9709 2.1903 8.1105

8.0806 2.0307 4.7003 1.8104 5.4903 3.5504 1.0706 1.0208 1.3905 1.3706 3.0208 4.9306 6.0507 1.4807 1.3007 8.4206 8.0807 6.2707 1.0606 4.7108 2.4207 1.7206 3.5509 2.2007 7.0007 4.5007 7.5908 6.6308 8.4108 4.3508 5.3307 1.0207 4.4109 1.1806 3.6608 2.0608 2.3708 4.6609 1.1406 3.0508 7.9408 1.2708 2.6608 2.3303 1.6205 1.4602 5.8105 2.5908 1.2008 2.5709 1.0907 1.3407 1.4303 1.5109 7.6305 1.8509 1.0908 6.0008 6.4407 1.3109 1.0408 6.5209 2.7303 6.5405

6.8706 1.7507 4.8003 1.5504 5.6103 3.0304 9.1307 9.0009 1.4205 1.1606 2.6308 5.2206 5.9407 1.2507 1.1207 9.0206 8.3307 6.1707 9.0507 4.0608 2.0907 1.4606 3.0509 2.2607 7.2707 4.7407 6.4408 5.6308 7.2408 3.8008 5.3907 1.0807 4.2409 1.2306 3.1408 2.0208 2.0108 3.9409 1.1306 3.0308 6.7808 1.0808 2.2808 2.6803 1.3605 1.4702 4.8805 2.1808 1.0308 2.5609 9.2208 1.3807 1.4903 1.2809 6.4505 1.5809 9.3509 5.0508 6.9207 1.1109 8.7509 5.5509 3.2203 5.5105

5.9906 1.5407 4.8703 1.3504 5.7103 2.6404 7.9907 8.0909 1.4505 1.0206 2.3308 5.4706 5.8507 1.0807 9.7608 9.5406 8.5407 6.0907 7.9107 3.5908 1.8407 1.2706 2.6809 2.3107 7.4707 4.9207 5.6108 4.9008 6.3708 3.3808 5.4407 1.1207 4.1509 1.2606 2.7608 1.9908 1.7408 3.4209 1.0906 3.0308 5.9308 9.3609 2.0108 2.9903 1.1805 1.4802 4.2105 1.8908 9.0209 2.5509 7.9908 1.4007 1.5503 1.1109 5.6105 1.3909 8.1809 4.3708 7.3307 9.6410 7.5809 4.8509 3.6603 4.7705

1.5306 1.3506 4.8707 1.3206 4.4906 1.9206 1.6005 2.0903 1.4107 2.4107 6.4207 5.1307 7.0406 6.5006 9.5706 4.7404 5.6604 3.4704 4.0304 1.2503 2.7903 3.2604 4.4504 1.0805 1.3907 2.7006 8.4205 1.3205 5.5905 9.4806 7.3606 1.5406 1.6005 1.0604 1.7404 2.7806 1.2706 1.4506 4.6704 6.0004 3.9304 2.6204 1.6005 2.8104 5.8605 4.3605 1.7304 2.4305 2.8605 4.3807 7.1206 7.6806 1.4906 1.0805 1.0406 7.0906 5.3604 1.3805 1.8206 7.7006 9.4104 8.8406 1.0503 9.6904

1.4806 1.2906 4.4307 1.2706 4.0506 1.7206 1.6205 2.3003 1.2507 2.1607 5.9207 4.7607 6.9906 6.3406 9.6706 4.2204 5.0404 3.3304 3.6104 1.4503 3.2703 3.2104 4.3904 1.1405 1.3007 2.4106 9.8205 1.1705 6.4105 9.0806 6.6406 1.3106 1.7605 9.6705 1.7004 2.5206 1.1206 1.3806 4.7904 5.8604 3.7704 2.6904 1.4205 2.6404 5.4605 4.1305 1.6904 2.4705 3.1905 3.9607 7.1406 7.5506 1.3206 1.0805 9.2507 6.4806 4.7204 1.3905 1.6306 8.7606 8.4504 8.3406 9.6004 8.9604

1.4406 1.2306 3.8707 1.2006 3.4706 1.4406 1.6705 2.7003 1.0407 1.8207 5.3007 4.3007 6.9206 6.2206 9.9406 3.5004 4.1804 3.1904 3.0204 1.8403 4.1403 3.1704 4.3704 1.2805 1.1907 2.0106 1.2404 9.8006 7.9205 8.6306 5.6506 1.0306 2.0705 8.3305 1.6804 2.2006 9.2307 1.3006 5.1104 5.7404 3.5904 2.8704 1.1805 2.4204 4.9405 3.8705 1.6804 2.5605 3.8305 3.3907 7.2606 7.5206 1.1106 1.0905 7.7507 5.7006 3.8704 1.4205 1.3606 1.0805 7.2104 7.6706 8.4304 8.0604

1.4206 1.2006 3.5207 1.1506 3.0806 1.2706 1.7205 3.0503 8.9508 1.6007 4.9407 4.0307 6.8706 6.1906 1.0205 3.0204 3.6104 3.1504 2.6204 2.1703 4.9003 3.1704 4.3904 1.4205 1.1207 1.7406 1.4704 8.5006 9.2605 8.3906 5.0006 8.5607 2.3405 7.4005 1.6904 1.9906 8.0107 1.2606 5.4704 5.7004 3.4804 3.0804 1.0205 2.2904 4.6305 3.7105 1.7004 2.6305 4.4105 3.0107 7.4406 7.6306 9.7207 1.1005 6.7907 5.2106 3.3204 1.4505 1.1906 1.2605 6.4204 7.2406 7.7304 7.5404

1.4106 1.1706 3.2907 1.1206 2.8106 1.1406 1.7605 3.3603 7.9208 1.4407 4.7007 3.8407 6.8306 6.1906 1.0505 2.6704 3.1904 3.1504 2.3304 2.4603 5.5603 3.1804 4.4204 1.5505 1.0807 1.5506 1.6604 7.5706 1.0404 8.2406 4.5306 7.3607 2.5705 6.7305 1.7204 1.8606 7.1507 1.2406 5.8204 5.6904 3.4104 3.2704 9.0606 2.1904 4.4305 3.6105 1.7404 2.7005 4.9405 2.7407 7.6406 7.7906 8.7807 1.1205 6.1007 4.8706 2.9204 1.4905 1.0606 1.4205 5.8604 6.9506 7.2604 7.2004

1.4106 1.1606 3.1107 1.0906 2.5906 1.0406 1.7905 3.6303 7.1308 1.3307 4.5307 3.7007 6.8006 6.2006 1.0705 2.4004 2.8604 3.1604 2.1004 2.7203 6.1303 3.1904 4.4504 1.6605 1.0507 1.4006 1.8304 6.8506 1.1404 8.1406 4.1706 6.4807 2.7805 6.2005 1.7504 1.7506 6.5207 1.2306 6.1404 5.6904 3.3704 3.4504 8.1706 2.1204 4.2905 3.5405 1.7904 2.7605 5.4005 2.5307 7.8406 7.9806 8.0807 1.1305 5.5907 4.6206 2.6104 1.5305 9.6607 1.5605 5.4304 6.7206 6.9304 6.9504

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

261

Table 13 (continued) i

2 2 2 2 2 2 2 2 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3

j

93 94 95 96 97 98 99 100 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59

Zn-like Au

Cu-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

7.2304 1.5204 3.3803 1.7604 6.7104 2.3504 5.9503 4.6304 4.1801 5.3002 3.2002 1.8001 4.8001 1.5401 8.1101 8.9603 4.1602 1.7203 4.7704 3.8502 3.2602 2.1602 7.2102 5.0902 1.6102 4.1503 3.7403 1.3105 1.1006 4.6206 3.6003 5.0105 1.3804 3.9804 7.8406 6.5103 7.1003 5.0303 1.2702 4.7805 6.1906 3.1906 8.8205 6.1206 2.1206 4.7105 4.8506 2.6305 4.7306 1.4105 3.3305 1.9905 9.3806 2.5205 2.8005 2.7207 1.4306 4.6506 1.1006 1.1906 2.7706 1.4006 3.3406 1.1706

7.7204 1.2304 3.8103 1.4004 6.7104 1.8804 6.3303 3.7604 4.5301 5.2902 3.2102 1.9201 5.1101 1.6301 8.6101 8.8703 4.4002 1.8203 5.1004 3.9502 3.3602 2.2102 7.4402 5.2802 1.6602 3.8803 3.7003 1.1005 9.1607 4.0806 3.7503 4.8305 1.4304 4.1104 7.5206 6.4703 7.1803 4.9403 1.2802 4.8505 6.6806 2.7706 9.0305 6.3206 2.2306 4.8005 4.1506 2.7705 4.6206 1.2005 3.3705 1.8505 9.4706 2.6605 2.6605 2.8807 1.2906 4.9006 1.0306 1.1006 2.7906 1.2906 3.3706 1.1106

8.2504 9.0705 4.4603 1.0104 6.8604 1.3604 6.8103 2.8004 5.0201 5.1802 3.1602 2.1001 5.6001 1.7801 9.4001 8.9603 4.7802 1.9703 5.6004 4.0702 3.4802 2.2702 7.7202 5.5302 1.7202 3.6103 3.7103 8.4706 7.0307 3.4706 3.9503 4.7105 1.5004 4.3204 7.2006 6.4903 7.3703 4.8803 1.3102 4.9805 7.4606 2.2706 9.3705 6.6906 2.4106 4.9605 3.3206 3.0205 4.5906 9.4406 3.4605 1.7005 9.7206 2.9105 2.5105 3.1307 1.1406 5.3006 9.6207 1.0106 2.8906 1.1706 3.4506 1.0406

8.5404 7.2905 4.9103 8.0005 7.0104 1.0804 7.1003 2.2604 5.3701 5.0602 3.1002 2.2401 5.9801 1.9001 1.00+0 9.1403 5.0802 2.1003 5.9904 4.1202 3.5402 2.3002 7.8502 5.6602 1.7502 3.5003 3.7703 7.0106 5.7607 3.1206 4.0503 4.7105 1.5404 4.4704 7.0406 6.5503 7.5403 4.8803 1.3402 5.1005 8.0606 1.9806 9.6305 7.0006 2.5606 5.0905 2.8306 3.2305 4.6506 7.9506 3.5405 1.6105 9.9606 3.1005 2.4305 3.3407 1.0606 5.5706 9.3407 9.6907 2.9906 1.1106 3.7406 9.9907

8.7304 6.1305 5.2503 6.6605 7.1204 8.9605 7.2803 1.9004 5.6401 4.9702 3.0502 2.3601 6.3001 2.0001 1.06+0 9.3003 5.3402 2.2003 6.3204 4.1402 3.5602 2.3102 7.9102 5.7302 1.7702 3.4403 3.8403 6.0206 4.9107 2.8906 4.1203 4.7405 1.5704 4.5704 6.9406 6.6103 7.6803 4.8903 1.3702 5.1905 8.5606 1.7806 9.8405 7.2606 2.6906 5.1905 2.4906 3.4005 4.7306 6.9506 3.6005 1.5505 1.0205 3.2705 2.3905 3.5307 1.0106 5.7706 9.2007 9.4107 3.0906 1.0706 4.4306 9.7407

8.8504 5.3005 5.5203 5.7205 7.2004 7.6805 7.4103 1.6404 5.8501 4.9002 3.0202 2.4601 6.5601 2.0901 1.10+0 9.4303 5.5502 2.2903 6.6004 4.1402 3.5802 2.3102 7.9502 5.7802 1.7802 3.4003 3.8903 5.3106 4.2807 2.7206 4.1603 4.7705 1.5804 4.6404 6.8706 6.6503 7.7903 4.9003 1.3802 5.2605 9.0006 1.6306 9.9905 7.4906 2.8006 5.2605 2.2506 3.5605 4.8306 6.2306 3.6505 1.5105 1.0405 3.4205 2.3505 3.6907 9.7707 5.9106 9.1107 9.2207 3.1706 1.0406 5.4206 9.5507

7.3304 1.9605 1.1906 1.4006 1.1303 8.1104 8.5207 1.2806 1.5801 1.27+0 2.0702 8.9602 1.4502 6.4503 6.5502 5.1103 1.2402 6.6703 2.2702 9.8203 2.8602 2.2906 1.4106 7.9707 8.1006 6.2206 3.4006 6.7007 3.2406 5.6306 1.8006 1.3906 5.2404 1.0803 1.0503 1.1903 6.2604 1.4603 2.9804 9.4904 2.9506 1.4904 3.8304 1.4703 6.9504 2.8604 7.3604 5.9204 6.9804 1.0603 3.6204 6.6204 1.6604 4.1604 5.0504 8.6104 2.7206 9.9407 4.2706 5.6206 2.6005 6.5706 2.6905 1.8005

6.4304 2.0305 1.0606 1.2406 1.0403 7.3104 7.5907 1.1806 1.6801 1.36+0 2.0802 9.1802 1.7602 6.9803 6.6702 5.6603 1.5602 6.9803 2.4902 9.7803 2.9602 2.2106 1.3806 7.1507 8.1506 6.0806 3.2006 6.2007 2.9206 5.4606 1.6906 1.2806 4.6904 1.1003 1.0903 1.2103 6.5204 1.4903 2.8404 9.6104 2.8206 1.4004 3.7204 1.5003 6.9004 2.8904 7.3404 5.9704 6.3004 1.0303 3.3304 6.4304 1.4904 3.9904 4.5404 8.3404 2.6006 9.1207 4.5106 5.5106 2.4605 6.2006 2.5505 1.8405

5.2904 2.1605 8.9407 1.0306 9.2004 6.3004 6.5407 1.0606 1.8501 1.49+0 2.0902 9.4302 2.2502 7.7003 6.8302 6.4903 2.0902 7.5103 2.8202 9.8403 3.0902 2.1006 1.3606 6.0707 8.3206 5.9406 2.9306 5.5607 2.5006 5.2506 1.5406 1.1506 3.9304 1.1403 1.1603 1.2403 6.9904 1.5603 2.6604 9.9004 2.6906 1.2804 3.6104 1.5803 6.9104 2.9904 7.4104 6.1304 5.3304 1.0103 2.9204 6.2304 1.2504 3.8004 3.8104 8.0504 2.4406 8.2207 5.0206 5.4906 2.2805 5.7406 2.3805 1.9505

4.5704 4.0804 3.7104 2.2705 2.3605 2.4305 7.8807 7.1407 6.5807 9.0107 8.0807 7.3907 8.4804 7.9804 7.6204 5.6904 5.2704 4.9704 5.9907 5.6707 5.4607 9.9207 9.4807 9.1707 1.9801 2.0701 2.1601 1.60+0 1.68+0 1.75+0 2.1002 2.1102 2.1102 9.5202 9.5602 9.5802 2.6302 2.9502 3.2502 8.1903 8.5503 8.8203 6.9402 7.0402 7.1202 7.1203 7.6603 8.1303 2.5102 2.8902 3.2402 7.9003 8.2003 8.4403 3.0502 3.2202 3.3502 9.9203 9.9803 1.0002 3.1602 3.2102 3.2402 2.0406 2.0006 1.9806 1.3606 1.3706 1.3706 5.3707 4.8607 4.4807 8.5006 8.6706 8.8006 5.8906 5.8606 5.8506 2.7706 2.6806 2.6206 5.1607 4.8807 4.6707 2.2206 2.0106 1.8606 5.1406 5.0706 5.0206 1.4506 1.3806 1.3406 1.0706 1.0206 9.8507 3.4104 3.0304 2.7304 1.1903 1.2203 1.2503 1.2203 1.2703 1.3003 1.2703 1.3003 1.3203 7.3704 7.6804 7.9304 1.6203 1.6703 1.7003 2.5604 2.4804 2.4204 1.0203 1.0403 1.0603 2.6406 2.6106 2.6106 1.2104 1.1504 1.1104 3.5604 3.5404 3.5204 1.6403 1.6903 1.7403 6.9704 7.0404 7.1004 3.0804 3.1604 3.2204 7.5204 7.6304 7.7204 6.3004 6.4404 6.5604 4.6604 4.1804 3.8004 9.9404 9.8804 9.8504 2.6504 2.4604 2.3104 6.1504 6.1004 6.0804 1.0804 9.5605 8.6105 3.6904 3.6304 3.5804 3.3204 2.9504 2.6704 7.9004 7.8204 7.7704 2.3606 2.3006 2.2706 7.7507 7.4707 7.2907 5.5206 5.9806 6.3806 5.5806 5.7106 5.8506 2.1805 2.1105 2.0605 5.4706 5.3006 5.1906 2.2705 2.2005 2.1505 2.0705 2.1705 2.2705 (continued on next page)

262

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 13 (continued) i

3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4

j

60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27

Zn-like Au

Cu-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

1.5207 1.1607 1.2307 5.2806 1.2507 1.1406 2.2406 4.8408 3.1307 2.8506 1.5306 2.9806 2.7503 8.5504 1.2304 4.1802 2.9907 1.4706 2.9508 8.6107 5.3108 2.2203 5.2608 1.6603 1.0606 4.3406 1.4106 2.9407 7.6708 1.5506 3.0506 8.9204 3.2003 1.4303 1.2003 2.8803 7.9803 1.4403 1.2603 5.7103 1.1702 4.4506 4.4103 1.5003 4.9302 5.1606 7.7104 3.4406 2.1003 7.4706 4.0506 9.9104 5.6801 1.3803 9.0103 1.9705 1.2305 5.5706 3.1204 1.5906 1.8407 9.3006 9.8205 3.7207

1.3207 9.7508 1.0907 5.5506 1.1307 1.2006 2.2706 4.0508 2.9907 2.9306 1.6406 3.1106 3.4403 1.0703 9.9505 4.2502 2.8607 1.6206 2.4208 8.0507 4.6308 2.3403 5.0008 1.7703 1.0906 4.9506 1.4206 3.1207 7.9408 1.8006 3.1106 1.0603 4.0003 1.4403 1.2403 3.1503 8.9203 1.3503 1.2103 5.9003 1.2402 3.7306 4.8803 1.2503 4.9402 4.2706 7.8404 2.8406 2.1303 6.7406 3.8906 8.2004 6.0401 1.1403 9.2203 1.9605 1.0305 4.6806 3.2004 1.3206 1.5807 9.7806 9.9505 3.0907

1.1007 7.5508 9.4908 5.9806 1.0107 1.2906 2.3106 3.1108 2.8707 3.0706 1.8306 3.2906 4.6103 1.4303 7.3405 4.3302 2.7407 1.8806 1.8308 7.4507 3.8808 2.5103 4.7908 1.9203 1.1506 5.9506 1.4306 3.4507 8.4308 2.2006 3.2506 1.4003 5.5103 1.4503 1.3003 3.5803 1.0302 1.2603 1.1803 6.1703 1.3202 2.8606 5.4003 9.4904 4.8702 3.2306 8.0104 2.1706 2.1803 5.8706 3.6606 6.2304 6.5901 8.6204 9.6803 1.9705 7.8506 3.6006 3.3604 1.0106 1.2607 1.0605 1.0304 2.3707

9.6908 6.2508 8.7108 6.2906 9.4308 1.3806 2.3206 2.5508 2.8207 3.1806 1.9806 3.4206 5.5603 1.7203 5.8805 4.3902 2.6807 2.0706 1.4808 7.1407 3.4408 2.6303 4.7308 2.0303 1.2106 6.7506 1.4406 3.7307 8.8708 2.5206 3.3806 1.7103 6.8103 1.4603 1.3303 3.8903 1.1302 1.2203 1.1703 6.3303 1.3702 2.3206 5.7103 7.7204 4.7802 2.6306 8.0204 1.7706 2.1803 5.3306 3.5306 5.0804 7.0501 7.0204 1.0102 2.0105 6.4206 2.9506 3.5004 8.3207 1.0607 1.1205 1.0604 1.9507

8.8408 5.3808 8.2108 6.5106 9.0308 1.4506 2.2806 2.1708 2.7907 3.2606 2.1106 3.5106 6.3803 1.9703 4.9405 4.4402 2.6407 2.2406 1.2508 6.9507 3.1508 2.7203 4.7208 2.1103 1.2606 7.4306 1.4506 3.9707 9.2308 2.7906 3.4906 1.9803 7.9803 1.4603 1.3503 4.1303 1.2102 1.2003 1.1703 6.4303 1.4002 1.9606 5.9403 6.5304 4.7002 2.2206 7.9704 1.5106 2.1703 4.9506 3.4506 4.3104 7.4301 5.9404 1.0402 2.0405 5.4506 2.5106 3.6104 7.0907 9.1308 1.1705 1.0904 1.6707

8.2308 4.7508 7.8408 6.6606 8.7408 1.5006 2.2006 1.8908 2.7707 3.3206 2.2006 3.5906 7.1003 2.2003 4.2705 4.4702 2.6207 2.3806 1.0908 6.8207 2.9408 2.8003 4.7208 2.1703 1.2906 8.0206 1.4606 4.1807 9.5208 3.0306 3.5706 2.2303 9.0303 1.4603 1.3603 4.3203 1.2702 1.1803 1.1703 6.5003 1.4202 1.7006 6.1103 5.6704 4.6502 1.9306 7.9104 1.3206 2.1603 4.6706 3.4006 3.7504 7.7501 5.1604 1.0702 2.0605 4.7406 2.1906 3.6904 6.1907 8.0408 1.2205 1.1104 1.4607

7.3207 1.5305 9.9005 1.1404 7.8606 2.0806 8.5206 3.1304 5.2904 1.3103 1.0403 5.0505 2.0403 3.9104 7.2104 1.9803 9.5405 1.2604 6.1306 3.9705 3.9005 1.1603 3.9304 5.1604 5.1604 6.8907 5.7705 4.0403 2.4003 1.1406 3.1704 9.4107 6.5007 3.9507 1.1505 7.7904 1.9606 1.1405 6.6606 3.9707 7.3807 3.8502 9.3801 1.0502 5.8103 1.4302 4.2603 7.4802 4.6303 5.0702 4.9503 7.4802 6.4803 9.0808 2.7007 4.3507 5.8707 2.0306 1.3106 3.2007 1.5706 6.8907 2.2007 6.5107

6.2807 1.6205 9.8205 1.1104 7.1406 1.8406 9.3406 2.8704 4.6604 1.4203 1.1903 4.5005 2.2903 4.3004 8.3304 2.2803 8.8305 1.4404 6.7406 4.5005 4.3505 1.0703 3.5204 5.3904 4.6604 6.2007 6.6505 4.6403 2.7403 1.0406 3.6904 8.4307 5.8207 3.6907 1.1805 7.5604 1.9306 1.1205 6.5006 3.5407 7.0307 3.6702 1.00+0 9.5503 6.1803 1.7002 4.4603 7.5702 4.4803 5.9402 4.6103 8.0402 5.8303 9.2208 2.8107 4.2307 5.1907 2.0306 1.3306 3.1307 1.6806 6.6307 2.0807 6.6707

4.9807 1.8005 1.0004 1.1004 6.1506 1.5206 1.0905 2.5504 3.8104 1.6303 1.4603 3.7605 2.7503 5.0104 1.0403 2.8303 7.8705 1.7504 7.9306 5.4705 5.1605 9.5104 2.9404 5.9204 3.9604 5.3107 8.2505 5.7503 3.3803 9.1107 4.6504 7.2007 4.9407 3.3807 1.2405 7.3504 1.9406 1.1005 6.3806 3.0507 6.7407 3.4002 1.10+0 8.6303 6.6903 2.1102 4.8203 7.6802 4.3903 7.4502 4.2603 8.8902 5.2503 9.5308 2.9907 4.1207 4.2907 2.0406 1.3606 3.0707 1.8906 6.3307 1.9607 6.9707

4.1707 1.9805 1.0404 1.1204 5.4906 1.3106 1.2205 2.3704 3.2604 1.8303 1.6903 3.2705 3.1503 5.6304 1.2103 3.2903 7.2305 2.0204 9.0106 6.3205 5.8605 8.7404 2.5604 6.4504 3.4904 4.7407 9.6405 6.7403 3.9403 8.3007 5.4804 6.4407 4.3907 3.2107 1.2905 7.2904 1.9806 1.0905 6.3606 2.7907 6.6507 3.2402 1.17+0 8.2303 7.0203 2.4202 5.1203 7.7602 4.3703 8.6502 4.0603 9.4802 5.0003 9.8208 3.1307 4.0907 3.7007 2.0706 1.3906 3.0707 2.0706 6.1707 1.9107 7.2407

3.6107 2.1405 1.0704 1.1404 5.0106 1.1606 1.3405 2.2504 2.8604 2.0003 1.8903 2.9205 3.5003 6.1704 1.3603 3.7003 6.7805 2.2504 9.9606 7.0605 6.4605 8.1904 2.2804 6.9404 3.1504 4.3507 1.0804 7.5903 4.4303 7.7307 6.2004 5.9207 4.0007 3.1007 1.3305 7.2904 2.0406 1.0805 6.3706 2.6307 6.6207 3.1502 1.23+0 8.0203 7.2603 2.7002 5.3703 7.8302 4.3603 9.6602 3.9403 9.9202 4.8703 1.0107 3.2407 4.0907 3.2707 2.1006 1.4106 3.0907 2.2306 6.0707 1.8907 7.4507

3.1907 2.2905 1.1104 1.1704 4.6506 1.0506 1.4505 2.1704 2.5504 2.1503 2.0703 2.6505 3.8003 6.6304 1.4903 4.0403 6.4305 2.4504 1.0805 7.7005 6.9805 7.7804 2.0604 7.3804 2.8904 4.0607 1.1904 8.3403 4.8503 7.3007 6.8304 5.5407 3.7207 3.0207 1.3505 7.3104 2.1006 1.0705 6.4006 2.5207 6.6207 3.0802 1.28+0 7.8903 7.4403 2.9402 5.6003 7.9002 4.3703 1.0501 3.8503 1.0201 4.7903 1.0307 3.3307 4.1007 2.9507 2.1206 1.4206 3.1207 2.3706 6.0007 1.8807 7.6307

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

263

Table 13 (continued) i

4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4

j

28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90

Zn-like Au

Cu-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

2.1607 1.8605 1.6304 1.2403 4.7302 1.7703 3.3403 2.6804 3.5007 2.0906 1.0305 4.9807 1.8707 5.6707 1.9307 1.8905 5.0307 1.1906 5.1707 4.8806 4.8007 2.9205 3.6606 2.1007 5.8407 2.9107 4.4707 1.5106 8.5807 4.0507 1.8705 4.1707 6.7208 3.8508 6.5108 2.0407 3.5208 2.6607 1.6707 2.5108 6.1208 1.0207 3.5507 4.6606 9.7407 1.2104 2.4807 1.1305 6.4808 1.3506 3.7008 9.0608 6.2908 9.9907 2.9208 1.6005 1.2307 4.8607 3.2708 5.5008 2.3608 3.7907 3.1008

1.8007 1.8505 1.7304 1.0303 4.9202 1.4703 3.4003 2.8004 3.3007 1.7406 1.0605 4.7207 1.5907 4.7107 1.6307 1.9805 4.1707 9.9207 4.2707 4.3706 4.0207 3.0305 3.1806 2.0307 4.8007 2.3607 3.6307 1.4706 8.1507 3.4207 2.0105 3.5107 5.4508 3.1608 5.4408 1.8607 2.8508 2.7307 1.6507 2.0908 5.0508 8.9108 3.8407 5.0006 8.0307 1.2204 1.9807 1.4305 5.3408 1.4406 2.9608 7.8808 5.1608 8.0707 2.5308 1.7505 1.2307 5.0807 2.9208 4.5808 2.3108 4.0107 3.2208

1.4107 1.8705 1.8804 7.8504 5.1702 1.1203 3.5403 3.0104 3.1707 1.3306 1.1305 4.9907 1.2707 3.6007 1.2807 2.1105 3.1507 7.5707 3.2707 3.7906 1.5307 3.1805 2.6406 1.9507 3.6207 1.7607 2.7007 1.4506 7.8507 2.7007 2.2305 2.7207 4.0608 2.3808 4.2008 1.6607 2.1208 2.9107 1.6607 1.6108 3.8408 7.4108 4.3207 5.5606 6.0207 1.2404 1.4307 1.9305 4.1108 1.5706 2.1608 6.5808 3.8708 5.9707 2.2308 2.0705 1.2407 5.4707 2.5608 3.5008 2.5108 4.3607 3.4608

1.1907 1.9105 2.0104 6.4004 5.3002 9.0704 3.7003 3.1604 3.1607 1.0806 1.1905 5.5607 1.0707 2.9407 1.0807 2.2005 2.5507 6.1607 2.6907 3.4806 8.5608 3.2605 2.3306 1.9107 2.9407 1.4207 2.1807 1.4506 7.8207 2.2907 2.4105 2.2507 3.2808 1.9208 3.4608 1.5607 1.7108 3.0907 1.6907 1.3108 3.1308 6.5308 4.7207 6.0006 4.8707 1.2504 1.1407 2.3205 3.4508 1.6606 1.7308 5.8608 3.1308 4.7907 2.1408 2.3405 1.2407 5.7607 2.3808 2.8708 2.7908 4.6107 3.6308

1.0307 1.9405 2.1104 5.4204 5.3802 7.6704 3.8403 3.2504 3.1707 9.2107 1.2405 5.9307 9.3008 2.4907 9.4808 2.2505 2.1507 5.2107 2.3007 3.2806 7.2408 3.3005 2.1306 1.8807 2.4807 1.2007 1.8407 1.4506 7.8907 2.0207 2.5605 1.9207 2.7608 1.6208 2.9608 1.4907 1.4408 3.2607 1.7207 1.1108 2.6608 5.9508 5.0507 6.3706 4.1107 1.2604 9.4708 2.6605 3.0208 1.7306 1.4508 5.3908 2.6408 4.0207 2.1208 2.5605 1.2307 5.9807 2.2708 2.4508 3.0608 4.8007 3.7508

9.1608 1.9705 2.2004 4.7104 5.4202 6.6504 3.9403 3.3104 3.1807 8.0207 1.2805 6.1007 8.2608 2.1707 8.4808 2.2905 1.8607 4.5307 2.0107 3.1406 6.1208 3.3405 1.9906 1.8607 2.1507 1.0407 1.5907 1.4506 7.9707 1.8207 2.6905 1.6807 2.4008 1.4108 2.5908 1.4407 1.2508 3.3907 1.7607 9.7009 2.3208 5.5208 5.3207 6.7006 3.5707 1.2604 8.1308 2.9505 2.7208 1.7806 1.2508 5.0608 2.2908 3.4707 2.1208 2.7505 1.2207 6.1407 2.1908 2.1408 3.2908 4.9307 3.8608

1.1907 1.3507 1.0707 9.8508 8.3708 1.3706 1.0706 1.4206 1.5406 2.3208 9.1708 1.4307 6.5208 3.3907 3.2006 1.1606 3.5606 1.4105 1.7005 2.6305 3.1605 3.4405 1.6705 3.0405 2.0304 1.7703 3.5704 5.4004 4.8304 1.0503 9.0904 1.5803 2.7610 3.6405 1.1206 7.6107 8.6106 2.0106 8.2806 5.3906 4.0505 2.4506 4.5406 1.3205 3.3605 1.7305 2.7105 6.8506 3.8305 1.0004 4.8704 1.9704 7.1304 5.1406 9.2904 8.4506 4.9404 1.7704 2.2804 7.3505 7.4506 3.7104 8.4904

1.0607 1.3507 1.0707 9.9308 8.2608 1.2606 1.0506 1.3906 1.5306 2.0908 9.2308 1.4107 5.9808 3.0307 3.5006 1.1806 3.6006 1.2605 1.7705 2.7405 3.3105 3.5505 1.7105 3.0505 1.8304 1.8303 3.3004 5.6204 4.3204 1.1003 9.0704 1.6503 2.3810 3.7505 1.0806 7.5907 8.7006 1.8006 8.5106 5.2206 4.1405 2.4806 4.3106 1.1805 3.4605 1.8005 2.7205 6.2806 3.8805 1.0404 4.6704 1.9404 7.3204 4.6106 9.5904 8.2406 5.0304 1.5804 2.0904 7.6505 7.5406 3.3904 8.6404

8.8208 1.3707 1.0807 1.0107 8.2208 1.1106 1.0406 1.3506 1.5206 1.7908 9.5108 1.3907 5.2808 2.5607 4.0806 1.2306 3.7106 1.0505 1.8905 2.9205 3.5705 3.7405 1.7805 3.1005 1.5504 1.9303 2.9204 6.0104 3.6304 1.1703 9.1604 1.7603 1.8910 3.9705 1.0506 7.6607 8.9406 1.5206 8.9606 5.0006 4.3205 2.5406 4.0206 9.9506 3.6505 1.9305 2.7605 5.5106 4.0005 1.1104 4.4304 1.9104 7.6804 3.8706 1.0103 8.0406 5.2204 1.3204 1.8304 8.1805 7.7506 2.9604 8.9604

7.6608 6.8308 6.2008 1.4007 1.4307 1.4507 1.0907 1.1007 1.1107 1.0307 1.0507 1.0607 8.2808 8.3808 8.4908 1.0106 9.4507 8.9407 1.0506 1.0506 1.0606 1.3306 1.3306 1.3306 1.5506 1.6206 1.7106 1.5808 1.4408 1.3308 9.8708 1.0207 1.0607 1.3807 1.3807 1.3707 4.8308 4.5208 4.2908 2.2607 2.0507 1.8907 4.5806 5.0206 5.4006 1.2906 1.3506 1.4006 3.8206 3.9006 3.9806 9.1606 8.1306 7.3406 1.9905 2.0705 2.1405 3.0705 3.1905 3.2905 3.7705 3.9405 4.0705 3.8905 4.0105 4.1105 1.8505 1.9005 1.9505 3.1505 3.2005 3.2505 1.3604 1.2204 1.1104 2.0203 2.0903 2.1503 2.6704 2.4904 2.3504 6.3404 6.6004 6.8104 3.1504 2.8004 2.5304 1.2403 1.2903 1.3303 9.2904 9.4104 9.5104 1.8603 1.9303 1.9903 1.5810 1.3610 1.2010 4.1505 4.3005 4.4205 1.0306 1.0206 1.0106 7.7607 7.8707 7.9607 9.1706 9.3806 9.5506 1.3206 1.1706 1.0606 9.3406 9.6606 9.9106 4.8706 4.7806 4.7106 4.4905 4.6305 4.7405 2.6106 2.6706 2.7206 3.8506 3.7306 3.6406 8.6506 7.6906 6.9406 3.8205 3.9505 4.0605 2.0305 2.1205 2.1905 2.8005 2.8505 2.8805 5.0106 4.6506 4.3806 4.1205 4.2205 4.3005 1.1604 1.2004 1.2404 4.3004 4.2104 4.1404 1.9104 1.9204 1.9204 8.0004 8.2704 8.4904 3.3706 2.9906 2.7006 1.0603 1.1003 1.1303 7.9606 7.9206 7.9006 5.4004 5.5504 5.6804 1.1404 1.0104 9.0305 1.6504 1.5304 1.4304 8.6205 8.9805 9.2705 7.9506 8.1306 8.2706 2.6604 2.4504 2.2904 9.2604 9.5204 9.7304 (continued on next page)

264

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 13 (continued) i

4 4 4 4 4 4 4 4 4 4 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5

j

91 92 93 94 95 96 97 98 99 100 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59

Zn-like Au

Cu-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

7.5207 8.2806 1.8206 1.4905 9.0507 9.5406 1.5506 2.0505 3.2806 4.0906 2.3402 4.8501 5.1401 2.6102 9.5302 1.40+0 2.8801 6.4401 5.1504 1.6704 1.9805 5.0105 1.2603 3.0502 9.2603 1.2601 1.0102 2.7902 1.0502 3.0102 4.4402 7.6802 2.3702 2.2602 2.1203 4.6006 2.5105 3.9105 7.8506 6.2205 7.8008 1.2303 1.0703 3.7404 1.0405 3.6403 8.7703 5.3403 3.9303 1.6302 5.8303 3.3603 1.3203 4.0404 1.1003 1.8207 5.1207 1.0906 1.3806 1.5606 4.2507 3.9806 1.5407 2.2806

6.0007 9.0506 1.4606 1.6705 7.3207 1.0205 1.2506 2.2205 2.7406 3.5706 2.1802 5.2401 5.5501 2.7602 1.0101 1.50+0 3.0701 6.8601 4.3104 1.7004 1.9105 5.0505 1.2803 3.0902 9.3903 1.3001 9.8803 2.8702 1.0902 3.1002 4.5802 7.9402 2.4402 2.3202 2.0403 4.4906 2.5705 4.1305 7.3106 6.3205 6.5008 1.2403 1.0003 3.6604 1.1305 3.5603 8.8803 5.4003 3.9903 1.6602 5.8303 3.3303 1.2703 3.5404 1.0003 1.5707 5.2807 1.1306 1.4406 1.6206 4.0807 4.0906 1.3507 2.3206

4.3507 1.0205 1.0706 1.9305 5.3807 1.0805 9.2307 2.4005 2.0906 2.9706 1.9902 5.8201 6.1501 3.0002 1.1101 1.65+0 3.3701 7.5001 3.2804 1.7304 1.8205 5.0805 1.3003 3.1302 9.6103 1.3501 9.6903 2.9602 1.1302 3.2202 4.7402 8.2502 2.5102 2.4002 1.9503 4.4606 2.6805 4.4905 6.7806 6.5305 4.9808 1.2803 9.3604 3.6004 1.2605 3.5103 9.1103 5.5503 4.1003 1.7102 5.8903 3.3203 1.2303 2.9404 8.8704 1.2707 5.5507 1.1906 1.5406 1.7206 3.9407 4.2706 1.1407 2.4606

3.4507 1.1005 8.4807 2.1105 4.3007 1.1105 7.3807 2.4905 1.7006 2.6206 1.9002 6.2201 6.5701 3.1902 1.1801 1.77+0 3.6001 8.0201 2.6604 1.7404 1.7505 5.0705 1.3103 3.1502 9.7403 1.3701 9.5503 3.0002 1.1502 3.2702 4.8202 8.3902 2.5502 2.4302 1.8803 4.5306 2.7905 4.7805 6.5306 6.7105 4.0708 1.3103 9.0004 3.5904 1.3605 3.5003 9.3203 5.6803 4.2103 1.7502 5.9703 3.3403 1.2103 2.5804 8.2104 1.0807 5.7507 1.2506 1.6206 1.7906 3.9107 4.4206 1.0207 2.6006

2.8707 1.1505 7.0807 2.2405 3.5907 1.1305 6.1707 2.5505 1.4306 2.3906 1.8502 6.5301 6.9001 3.3402 1.2401 1.86+0 3.7901 8.4401 2.2404 1.7404 1.7005 5.0505 1.3103 3.1502 9.8203 1.3801 9.4303 3.0202 1.1502 3.3002 4.8502 8.4602 2.5702 2.4502 1.8403 4.6106 2.8905 5.0405 6.3906 6.8605 3.4508 1.3303 8.7804 3.5904 1.4405 3.5003 9.4903 5.7803 4.2903 1.7802 6.0503 3.3603 1.2003 2.3404 7.7804 9.3608 5.9007 1.2906 1.6606 1.8406 3.9207 4.5206 9.3308 2.6806

2.4607 1.2005 6.0907 2.3405 3.0907 1.1405 5.3207 2.5805 1.2406 2.2206 1.8102 6.7701 7.1601 3.4602 1.2901 1.93+0 3.9401 8.8001 1.9404 1.7404 1.6705 5.0205 1.3103 3.1502 9.8603 1.3801 9.3403 3.0202 1.1602 3.3102 4.8702 8.5002 2.5702 2.4602 1.8003 4.6806 2.9905 5.2605 6.3006 6.9805 3.0008 1.3503 8.6204 3.6004 1.5105 3.5003 9.6303 5.8603 4.3503 1.8102 6.1103 3.3803 1.1903 2.1704 7.4704 8.3008 6.0007 1.3106 1.7006 1.8706 3.9407 4.5906 8.6908 2.7006

1.1203 5.6904 7.8504 3.0207 3.3806 4.9606 4.0304 7.8804 1.1307 2.3507 8.1202 1.40+0 9.8803 3.9703 1.5402 5.2403 1.1701 1.0202 8.5202 1.6202 1.1101 2.8107 8.9408 7.2008 2.1107 8.9108 7.5508 3.0408 1.3307 8.2808 3.3208 3.7408 5.8707 8.0907 7.7807 1.3406 4.7507 2.0606 8.1307 1.6306 5.8009 1.9707 3.3007 1.3506 5.6707 6.0207 1.1906 1.0906 4.6006 2.6905 3.9606 5.4306 3.9906 4.1206 7.9806 1.5005 7.1206 4.2206 5.7206 1.3606 1.0404 1.1005 5.1205 1.4905

1.0903 5.2704 7.3804 3.2507 3.5506 4.9106 3.8604 7.4004 1.0107 2.3207 8.5002 1.50+0 1.0502 3.9103 1.8102 5.1503 1.1801 1.0602 9.9102 1.6102 1.1901 2.9007 9.1008 6.9608 2.0907 8.7308 7.2808 2.8908 1.2907 8.6608 3.1608 4.1208 5.2307 7.8807 7.7707 1.3306 4.8407 1.9906 7.6207 1.5606 5.2109 1.7707 3.0607 1.4506 5.5707 6.0307 1.1706 1.0606 4.7106 2.7405 3.9106 5.3406 3.9206 4.0206 8.0706 1.5105 6.4806 4.3906 5.1906 1.2506 1.0704 1.0205 5.0905 1.3705

1.0603 4.6904 6.7604 3.6707 3.8206 4.8906 3.6504 6.7704 8.4608 2.3007 9.1502 1.64+0 1.1402 3.8503 2.2602 5.1303 1.2001 1.1402 1.2301 1.6402 1.3101 3.0607 9.4408 6.7508 2.1207 8.6208 6.9408 2.7208 1.2507 9.5008 2.9608 4.9508 4.3807 7.6207 7.8207 1.3406 4.9907 1.9106 6.9707 1.4806 4.4309 1.5207 2.7507 1.6406 5.5307 6.0907 1.1506 1.0206 4.9206 2.8505 3.8806 5.2906 3.8606 3.9306 8.2906 1.5405 5.6106 4.6906 4.4706 1.1006 1.1304 9.1006 5.1005 1.2205

1.0503 4.3104 6.3604 4.0507 4.0506 4.9206 3.5404 6.3604 7.3708 2.3107 9.6702 1.76+0 1.2002 3.8203 2.6102 5.1603 1.2101 1.2202 1.4201 1.6802 1.4001 3.1907 9.7508 6.7008 2.1807 8.6408 6.7608 2.6208 1.2407 1.0307 2.8508 5.5408 3.8207 7.4907 7.8707 1.3606 5.1007 1.8606 6.5707 1.4406 3.9309 1.3507 2.5607 1.8106 5.5807 6.1507 1.1506 1.0006 5.1106 2.9405 3.8806 5.2906 3.8406 3.8906 8.5106 1.5705 5.0306 4.9306 3.9906 1.0006 1.1804 8.4006 5.1505 1.1205

1.0503 4.0404 6.0904 4.3807 4.2406 4.9606 3.4604 6.0804 6.5708 2.3207 1.0101 1.84+0 1.2402 3.8003 2.9102 5.1903 1.2201 1.2902 1.5801 1.7202 1.4601 3.2807 1.0007 6.7108 2.2407 8.7208 6.6408 2.5508 1.2407 1.1107 2.7708 5.6608 3.4207 7.4107 7.9207 1.3806 5.1907 1.8306 6.3007 1.4106 3.5709 1.2407 2.4307 1.9606 5.6607 6.2107 1.1606 9.8807 5.2606 3.0205 3.9006 5.3006 3.8406 3.8706 8.6906 1.6005 4.6006 5.1306 3.6406 9.3007 1.2204 7.8906 5.2005 1.0505

1.0503 3.8404 5.8804 4.6607 4.3806 4.9906 3.4104 5.8704 5.9408 2.3307 1.0401 1.92+0 1.2702 3.7803 3.1702 5.2203 1.2301 1.3502 1.7201 1.7502 1.5101 3.3507 1.0207 6.7408 2.3107 8.8208 6.5608 2.5108 1.2407 1.1807 2.7108 5.3508 3.1207 7.3607 7.9507 1.3906 5.2607 1.8106 6.1007 1.3806 3.2809 1.1507 2.3307 2.0806 5.7407 6.2507 1.1706 9.7907 5.3906 3.0905 3.9106 5.3206 3.8406 3.8506 8.8406 1.6205 4.2606 5.2906 3.3706 8.7407 1.2604 7.5006 5.2405 9.9506

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

265

Table 13 (continued) i

5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5

j

60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100

Zn-like Au

Cu-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

9.1807 2.6906 5.2307 1.1106 4.3306 1.4806 4.7007 1.8307 3.8506 4.1406 1.4306 8.6307 1.7202 1.6404 3.0803 5.0403 3.0907 1.7707 1.1408 1.1806 4.3107 7.9402 1.4508 1.7303 1.2908 6.8507 1.4306 4.6607 2.5508 2.4206 7.3608 2.5903 3.8403 1.2502 1.9403 2.9403 5.9003 2.3202 3.0203 4.4403 1.0802

8.2407 2.7506 4.9807 1.0406 4.5306 1.4506 4.3707 1.7507 4.0706 4.0406 1.2606 7.6007 2.1102 1.3204 3.3703 5.4303 2.5507 1.7407 1.0108 1.0106 4.3807 8.0902 1.2408 1.7803 1.0508 6.8707 1.2306 4.9907 2.1208 2.6006 5.9908 2.7803 4.3803 1.6102 2.1203 3.0503 6.2603 2.5702 3.0903 4.5003 1.1002

7.1707 2.9006 4.7707 9.6307 4.8506 1.4406 4.0507 1.6707 7.2906 3.9606 1.0806 6.4807 2.7402 9.7005 3.7703 5.9803 1.9407 1.7207 8.7509 8.1907 4.5007 8.2902 1.0108 1.8703 7.9109 7.0707 1.0106 5.5407 1.6308 2.9006 4.4608 3.0203 5.2803 2.2302 2.4503 3.2503 6.8403 2.9502 3.2703 4.6303 1.1402

6.5607 3.0406 4.6807 9.2707 5.0906 1.4606 3.8807 1.6407 1.1405 3.9306 9.7307 5.8207 3.2302 7.7505 4.0403 6.3503 1.5907 1.7207 7.9109 7.1407 4.6207 8.4302 8.9109 1.9403 6.4309 7.3207 8.8607 6.0007 1.3408 3.1506 3.6108 3.1603 5.9903 2.7402 2.7303 3.4103 7.2803 3.2102 3.4203 4.7303 1.1702

6.1507 3.1506 4.6207 9.0607 5.2606 1.4806 3.7607 1.6107 1.4205 3.9106 9.0507 5.3507 3.6502 6.4905 4.2303 6.6203 1.3607 1.7207 7.3009 6.4507 4.7107 8.5402 8.1409 2.0003 5.4509 7.5707 8.0607 6.3707 1.1508 3.3706 3.0608 3.2603 6.6003 3.1702 2.9803 3.5203 7.6103 3.4002 3.5303 4.8103 1.1902

5.8507 3.2506 4.5907 8.9107 5.3906 1.5006 3.6707 1.5907 1.5705 3.8906 8.5607 5.0007 4.0102 5.6005 4.3803 6.8303 1.1907 1.7307 6.8409 5.9607 4.7907 8.6302 7.5909 2.0403 4.7509 7.7807 7.4907 6.6907 1.0208 3.5506 2.6608 3.3403 7.1403 3.5702 3.2003 3.6103 7.8603 3.5502 3.6303 4.8603 1.2002

6.2304 7.8604 2.8204 1.5304 1.1803 1.5803 1.3603 4.5706 1.3505 1.1206 1.9005 1.6803 5.8605 4.0404 5.8904 1.5904 1.4303 1.3704 7.9006 1.2906 2.3205 8.1405 4.6205 3.9106 2.3405 1.8106 2.6705 3.5705 7.7806 2.8906 4.1105 9.4607 1.6906 9.6207 2.7207 3.3606 3.1204 8.9706 2.6606 1.8803 6.1604

5.5704 8.0904 2.9204 1.5704 1.1903 1.6103 1.4103 4.6806 1.2405 1.0506 1.9805 1.7203 5.5805 4.0604 5.8804 1.6304 1.4703 1.3404 8.0906 1.2806 2.3805 8.4305 4.6705 3.7906 2.1205 1.6806 2.7705 3.5805 7.4406 2.7206 4.1505 9.0107 1.5706 9.4207 3.0407 3.2606 2.9804 8.6806 2.6106 1.9303 6.0504

4.6804 8.5104 3.1104 1.6404 1.2203 1.6603 1.4903 4.8906 1.1005 9.5107 2.1105 1.8003 5.2305 4.1404 5.9404 1.7104 1.5503 1.3104 8.4706 1.3006 2.5005 8.9505 4.8005 3.6706 1.8205 1.5106 2.9405 3.6005 7.0306 2.4906 4.2505 8.4907 1.4106 9.2607 3.6107 3.1506 2.8004 8.3906 2.6006 2.0303 5.9704

4.0604 8.8804 3.2604 1.7104 1.2603 1.7103 1.5603 5.0706 1.0105 8.9407 2.2305 1.8703 5.0205 4.2304 6.0204 1.7804 1.6103 1.3004 8.8106 1.3106 2.6005 9.3805 4.9305 3.6006 1.6205 1.4006 3.0905 3.6305 6.7806 2.3606 4.3505 8.1907 1.3006 9.2307 4.1007 3.1106 2.7004 8.2506 2.6506 2.1203 5.9604

3.6104 9.1804 3.3904 1.7604 1.2803 1.7503 1.6203 5.2306 9.4506 8.6307 2.3205 1.9203 4.8805 4.3104 6.1004 1.8304 1.6603 1.2904 9.0906 1.3306 2.6805 9.7405 5.0505 3.5606 1.4705 1.3306 3.2105 3.6705 6.6206 2.2706 4.4405 7.9907 1.2306 9.2407 4.5307 3.1006 2.6304 8.1906 2.7106 2.1903 5.9704

3.2604 9.4204 3.4904 1.8004 1.3103 1.7903 1.6703 5.3506 8.9306 8.4507 2.3905 1.9703 4.7705 4.3704 6.1704 1.8804 1.7103 1.2904 9.3206 1.3406 2.7605 1.0004 5.1405 3.5406 1.3605 1.2706 3.3105 3.7005 6.4906 2.2106 4.5205 7.8607 1.1706 9.2807 4.9007 3.1106 2.5804 8.1606 2.7706 2.2503 5.9904

266

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 14 Effective collision strengths at six electron temperatures of 500, 1000, 2000, 3000, 4000, and 5000 eV for Ni-like and Co-like Au (a ± b ” a · 10±b). See page 205 for Explanation of Tables i

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

j

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63

Ni-like Au

Co-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

3.7504 1.4303 1.6404 9.3304 4.3604 7.9304 3.4904 1.8203 5.3804 3.3604 2.3103 3.9904 1.2304 3.9804 5.7604 1.9404 9.0204 9.5904 1.0703 6.1604 7.0504 1.1903 8.3904 2.0703 6.3304 5.6903 5.7104 7.5604 2.5404 1.3003 2.7303 7.4304 8.9004 9.8104 5.9104 2.8502 5.9304 1.4403 9.3804 1.3003 1.6204 1.4903 1.2303 7.2904 1.6003 1.2503 1.1703 5.8704 2.3703 4.0202 9.9704 1.2203 1.3903 1.1303 8.3804 1.5403 7.1904 8.8002 3.7704 2.3404 8.8804 2.0402

3.3604 1.4903 1.4704 9.5604 3.9004 7.7304 3.0804 2.0703 4.8004 3.0104 2.6903 3.9404 1.1004 4.1004 5.6604 1.7204 7.9604 8.7504 1.0103 5.3404 6.1904 1.0403 7.3104 2.1303 5.6204 5.7203 5.0204 6.5904 2.2704 1.3303 3.1703 6.5404 8.0704 9.2504 5.1204 2.8702 5.2004 1.2603 8.3604 1.1203 1.4304 1.5703 1.1103 6.2004 1.3803 1.0803 1.0103 5.0404 2.4103 4.3202 8.5804 1.0603 1.2103 1.1303 7.4504 1.4703 6.1204 9.4902 3.3804 2.0704 9.4604 2.0702

2.8204 1.5903 1.2304 1.0003 3.2504 7.5204 2.5204 2.5403 3.9904 2.5004 3.4003 3.9104 9.2805 4.4104 5.5704 1.4304 6.5404 7.7004 9.3804 4.2804 5.0604 8.4204 5.9004 2.2603 4.7404 5.7703 4.0904 5.3404 1.8804 1.4003 3.9803 5.3604 7.0204 8.6004 4.1004 2.9102 4.2204 1.0303 7.2004 8.9704 1.1804 1.7103 9.4804 4.8504 1.0903 8.6304 7.9704 4.0804 2.5103 4.8702 6.8204 8.4904 9.7504 1.1403 6.3704 1.3803 4.8004 1.0701 2.8204 1.7204 1.0503 2.1202

2.4504 1.6703 1.0704 1.0403 2.8104 7.4204 2.1604 2.9403 3.4404 2.1604 4.0103 3.9204 8.0505 4.7404 5.5304 1.2304 5.6104 7.0704 8.9804 3.6004 4.3204 7.1504 4.9904 2.3603 4.2004 5.8003 3.4904 4.5304 1.6204 1.4603 4.6903 4.5904 6.3704 8.2404 3.4504 2.9302 3.5904 8.8004 6.5604 7.5504 1.0204 1.8203 8.5304 4.0204 9.1804 7.2604 6.6604 3.5404 2.5903 5.3502 5.7104 7.1604 8.2404 1.1603 5.7804 1.3403 3.9904 1.1801 2.4504 1.4904 1.1303 2.1502

2.1804 1.7303 9.4905 1.0703 2.4804 7.3404 1.8904 3.2503 3.0404 1.9004 4.5003 3.9104 7.1305 5.0104 5.5004 1.0804 4.9404 6.6304 8.7004 3.1204 3.7904 6.2504 4.3504 2.4403 3.8404 5.8003 3.0604 3.9504 1.4204 1.5103 5.2703 4.0404 5.9304 8.0004 2.9904 2.9402 3.1404 7.7404 6.1504 6.5504 9.0005 1.9003 7.8604 3.4504 7.9404 6.3004 5.7504 3.1904 2.6503 5.7202 4.9404 6.2204 7.1804 1.1703 5.3904 1.3103 3.4204 1.2601 2.1704 1.3204 1.1903 2.1602

1.9704 1.7703 8.5605 1.0903 2.2204 7.2304 1.6904 3.4803 2.7304 1.7004 4.8603 3.8804 6.4105 5.2004 5.4404 9.6505 4.4204 6.2804 8.4504 2.7704 3.3904 5.5704 3.8604 2.4903 3.5604 5.7503 2.7304 3.5204 1.2704 1.5403 5.7003 3.6104 5.5804 7.7804 2.6504 2.9202 2.8004 6.9404 5.8404 5.8104 8.1005 1.9503 7.3504 3.0304 7.0204 5.5804 5.0704 2.9304 2.6803 5.9802 4.3704 5.5204 6.3704 1.1703 5.1104 1.2803 3.0104 1.3201 1.9504 1.1904 1.2303 2.1502

1.7002 2.3201 3.3803 1.3002 1.3103 3.8703 1.3103 1.5603 5.6404 1.2803 4.7004 8.6004 3.7404 1.8503 6.0904 1.4203 5.2604 3.6304 2.1403 7.4804 1.2503 4.0104 2.6806 2.2806 9.1404 1.7103 5.9104 2.1003 1.3804 6.8604 3.5606 4.5103 1.8803 1.3603 1.2403 3.5803 3.2003 3.1203 1.0403 2.3904 2.5003 7.4104 1.0505 1.0705 4.0406 6.6804 5.6304 7.5904 3.9704 6.3504 6.1504 3.4604 9.5505 9.9504 5.9404 1.3804 3.5804 5.8604 2.5804 4.9104 2.6003 2.8803

1.5502 2.4201 3.2103 1.3202 1.2203 4.0103 1.3003 1.6003 5.6904 1.3003 4.4804 8.6804 3.6404 1.9003 6.1704 1.3003 4.8904 3.7104 2.0703 6.9404 1.2003 3.8004 2.6206 2.2206 9.1304 1.8803 6.1704 2.3503 1.2204 6.0704 3.5406 5.1303 2.1303 1.2303 1.1603 3.9703 3.5803 3.4903 1.0203 2.2004 2.8503 7.6304 1.1705 1.1805 3.9406 6.4404 5.1704 7.6004 4.0104 6.2404 6.0304 3.4504 8.9405 9.7904 5.6504 1.3404 3.4104 5.7804 2.4904 4.5704 2.3403 2.6103

1.3602 2.5901 3.0003 1.3602 1.1103 4.2503 1.2903 1.6803 5.8204 1.3503 4.2304 8.9204 3.5504 1.9903 6.3704 1.1303 4.4004 3.8904 2.0003 6.2104 1.1303 3.5304 2.5806 2.1706 9.3804 2.2103 6.7504 2.8103 9.9905 5.0004 3.5406 6.2503 2.5903 1.0503 1.0403 4.7303 4.3103 4.2103 1.0103 1.9204 3.4903 8.1904 1.3905 1.3905 3.8506 6.1704 4.5104 7.8004 4.1904 6.1904 5.9504 3.5004 8.1305 9.6804 5.3004 1.2904 3.2004 5.8004 2.4204 4.1204 2.0003 2.2503

1.2302 2.7201 2.8603 1.3902 1.0403 4.4603 1.3003 1.7403 5.9604 1.4003 4.0704 9.1504 3.5004 2.0703 6.5604 1.0203 4.0704 4.0404 1.9603 5.7304 1.1003 3.3504 2.5706 2.1206 9.7604 2.5003 7.3204 3.2103 8.5605 4.3004 3.5806 7.2303 2.9803 9.3704 9.7204 5.4103 4.9703 4.8503 1.0103 1.7404 4.0603 8.7604 1.5805 1.5805 3.8106 6.0104 4.0604 8.0804 4.4204 6.2504 5.9604 3.5804 7.6105 9.6604 5.1404 1.2704 3.0804 5.9404 2.4004 3.8404 1.7803 2.0303

1.1402 2.8401 2.7703 1.4102 9.8204 4.6203 1.3003 1.8003 6.0804 1.4303 3.9604 9.3604 3.4804 2.1403 6.7304 9.3204 3.8404 4.1704 1.9403 5.3804 1.0703 3.2304 2.5706 2.0606 1.0203 2.7503 7.8504 3.5603 7.5205 3.8004 3.6106 8.0703 3.3203 8.5104 9.2004 6.0003 5.5403 5.4203 1.0203 1.6104 4.5603 9.3004 1.7505 1.7505 3.8006 5.9204 3.7304 8.3804 4.6604 6.3604 6.0204 3.6704 7.2405 9.6804 5.0604 1.2504 3.0104 6.1304 2.4104 3.6304 1.6303 1.8703

1.0702 2.9301 2.7103 1.4302 9.4104 4.7603 1.3103 1.8403 6.1804 1.4703 3.8804 9.5304 3.4604 2.2003 6.8604 8.6804 3.6604 4.2804 1.9203 5.1104 1.0503 3.1404 2.5706 1.9806 1.0503 2.9703 8.3204 3.8603 6.7305 3.4104 3.6506 8.7803 3.6203 7.8504 8.8104 6.5203 6.0403 5.9003 1.0403 1.5104 4.9903 9.7904 1.8905 1.9005 3.7906 5.8504 3.4804 8.6604 4.8904 6.4804 6.0904 3.7504 6.9605 9.7004 5.0404 1.2404 2.9504 6.3304 2.4304 3.4804 1.5203 1.7503

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

267

Table 14 (continued) i

j

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28

Ni-like Au

Co-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

1.3804 5.3704 1.1303 1.7604 8.6404 2.9905 4.7604 2.7704 5.9003 6.2404 1.9504 9.1103 6.6904 8.4504 9.9504 4.1704 1.0303 7.0104 5.1904 1.4902 3.6604 3.8004 1.4004 2.6704 4.3305 6.7303 1.6404 2.1004 6.1105 1.6104 9.8704 4.4705 2.1604 1.3804 2.2404 1.1204 1.9904 1.2302 4.4603 1.5402 8.1501 6.2701 1.1504 2.7106 1.44+0 1.4301 7.3404 6.3401 1.3906 5.7806 1.0404 8.5504 3.1602 3.0602 4.6502 4.8102 1.3303 1.1701 2.8002 8.8503 6.5802 2.0804 4.4905

1.2504 5.2504 1.1403 1.5704 1.0303 2.6605 4.2404 2.4904 6.8003 6.3504 1.7304 9.2503 5.9104 7.5004 9.9304 3.6404 9.1304 6.1504 5.2504 1.6002 3.2604 3.8004 1.2604 2.7404 3.8305 6.8703 1.4704 1.9404 5.4505 1.5704 1.1603 4.0105 1.9304 1.2404 2.3904 1.0504 1.7604 1.0602 4.0103 1.4002 8.8401 6.8001 1.2304 2.3706 1.53+0 1.5201 6.1904 6.7301 1.3806 5.5006 1.1004 9.0204 3.2502 3.1102 4.7902 4.9402 1.2203 1.2101 2.8602 8.9203 6.7802 1.7404 4.6305

1.0504 5.1304 1.1703 1.3004 1.3503 2.2105 3.5204 2.0904 8.5103 6.5804 1.4304 9.4603 4.8504 6.2404 1.0103 2.9604 7.5204 5.0204 5.4504 1.7802 2.7304 3.8704 1.0604 2.8904 3.1805 7.0703 1.2304 1.7504 4.5705 1.5304 1.5103 3.3505 1.6004 1.0304 2.6804 9.7205 1.4504 8.5803 3.4503 1.2202 9.8101 7.5501 1.3404 1.9306 1.68+0 1.6601 4.7504 7.3501 1.3806 5.2006 1.1904 9.7604 3.3802 3.2002 4.9802 5.1202 1.0803 1.2601 2.9602 9.0403 7.0502 1.3304 4.8305

9.1205 5.1004 1.2003 1.1204 1.6503 1.9105 3.0304 1.8104 1.0002 6.7804 1.2304 9.6003 4.1504 5.4104 1.0303 2.5204 6.4604 4.2804 5.6604 1.9202 2.3804 3.9404 9.2105 3.0304 2.7505 7.2103 1.0604 1.6404 3.9705 1.5204 1.8403 2.9005 1.3804 8.9005 2.9504 9.2805 1.2404 7.3903 3.1003 1.1002 1.05+0 8.0501 1.4304 1.6506 1.79+0 1.7701 3.8704 7.8301 1.3906 5.0606 1.2604 1.0303 3.4402 3.2302 5.0702 5.2102 1.0003 1.2901 3.0002 9.0703 7.1802 1.0904 4.9305

8.0705 5.0804 1.2203 9.9205 1.8903 1.6905 2.6704 1.6004 1.1302 6.9204 1.0904 9.6603 3.6504 4.8104 1.0403 2.2004 5.6904 3.7504 5.8404 2.0302 2.1104 4.0004 8.1905 3.1304 2.4305 7.2803 9.3905 1.5604 3.5305 1.5104 2.1203 2.5605 1.2204 7.8605 3.1604 8.9805 1.0904 6.6003 2.8403 1.0102 1.09+0 8.3801 1.4904 1.4506 1.87+0 1.8401 3.2704 8.1801 1.4106 4.9806 1.3104 1.0803 3.4502 3.2302 5.0802 5.2202 9.3904 1.2901 3.0102 9.0203 7.2102 9.2305 4.9705

7.2505 5.0404 1.2303 8.9005 2.0803 1.5205 2.4004 1.4304 1.2202 6.9804 9.7905 9.6303 3.2604 4.3604 1.0503 1.9704 5.0904 3.3504 5.9404 2.1002 1.9104 4.0204 7.4005 3.2004 2.1805 7.2803 8.4205 1.4904 3.1805 1.5004 2.3303 2.2905 1.1004 7.0505 3.3104 8.7305 9.7305 6.0103 2.6403 9.3703 1.11+0 8.5501 1.5204 1.3006 1.91+0 1.8901 2.8304 8.3801 1.4106 4.9006 1.3404 1.1003 3.4202 3.2002 5.0402 5.1802 8.8904 1.2801 2.9802 8.9003 7.1602 8.0405 4.9505

2.3803 2.6503 1.4803 2.0703 1.6003 7.0304 1.7306 4.4506 4.2106 2.0306 2.6803 1.9203 2.6003 9.4804 2.4703 4.3203 3.2103 2.8703 1.6503 7.4204 1.9903 5.0806 3.0302 3.2403 5.3504 6.3203 1.7803 1.4303 7.4604 1.4703 1.2403 2.2803 2.2804 5.3704 1.1303 1.1803 1.5803 3.0002 9.9802 8.5503 3.3506 8.6906 5.2307 1.9806 3.4806 4.8704 1.3103 6.8004 7.0704 5.2004 5.4804 3.8406 2.1803 5.5204 6.0206 7.3607 1.1306 1.0405 7.2804 1.8803 8.4704 5.0604 3.5404

2.1603 2.4503 1.3103 1.9303 1.4303 6.6204 1.6006 4.7706 4.4106 1.9206 2.3503 1.8103 2.3203 8.4204 2.1703 4.2503 3.0903 2.7403 1.4703 7.0604 2.0003 4.9906 3.0402 3.1303 4.7804 7.2903 2.0103 1.6303 7.0604 1.3903 1.1203 2.2603 2.0604 4.7204 9.9404 1.0703 1.7503 3.1102 1.0401 8.6603 3.0106 8.9206 5.1007 2.0006 3.3906 4.5104 1.3503 6.7404 7.2204 4.6704 5.5004 3.4806 2.2603 5.7304 5.8206 7.6607 1.1206 1.1305 7.0804 1.9103 8.1904 4.5504 3.2004

1.8703 2.2003 1.0903 1.7503 1.2103 6.1504 1.4206 5.4406 4.8506 1.7806 1.9203 1.6803 1.9603 7.0604 1.7803 4.2303 2.9603 2.5903 1.2303 6.6604 2.0503 4.9906 3.0702 3.0003 3.9704 9.1103 2.4403 1.9903 6.6004 1.3003 9.5904 2.2503 1.7704 3.8504 8.2004 9.3304 2.0703 3.2802 1.1101 8.8503 2.5406 9.3706 4.9607 2.0806 3.3006 4.0104 1.4203 6.7304 7.5104 3.9304 5.6004 2.9706 2.4103 6.1104 5.6006 8.3207 1.1406 1.2905 6.8604 1.9803 7.8704 3.8104 2.7204

1.7003 1.5803 1.4903 2.0603 1.9603 1.9003 9.4704 8.4504 7.6704 1.6503 1.5803 1.5403 1.0703 9.8004 9.1104 5.9004 5.7504 5.6504 1.2906 1.2106 1.1406 6.0906 6.7006 7.2506 5.2906 5.6806 6.0306 1.7006 1.6406 1.5906 1.6403 1.4503 1.3003 1.6103 1.5703 1.5403 1.7303 1.5703 1.4503 6.2104 5.6104 5.1704 1.5303 1.3503 1.2203 4.2603 4.3203 4.3803 2.9003 2.8703 2.8503 2.5303 2.4903 2.4703 1.0903 9.9104 9.1804 6.4704 6.3704 6.3104 2.1103 2.1703 2.2303 5.1306 5.3306 5.5406 3.0902 3.1002 3.1102 2.9303 2.8803 2.8503 3.4204 3.0104 2.7004 1.0802 1.2302 1.3602 2.8403 3.2003 3.5303 2.3303 2.6403 2.9203 6.3504 6.2104 6.1204 1.2603 1.2303 1.2103 8.6104 7.9204 7.4104 2.2503 2.2703 2.2803 1.5904 1.4704 1.3804 3.2904 2.8904 2.5904 7.0604 6.2404 5.6204 8.4804 7.8904 7.4604 2.3803 2.6703 2.9203 3.4302 3.5502 3.6602 1.1701 1.2101 1.2601 9.0103 9.1403 9.2503 2.2206 1.9706 1.7806 9.7706 1.0105 1.0305 4.8907 4.8607 4.8307 2.2506 2.5306 2.8306 3.2506 3.2206 3.2006 3.6804 3.4304 3.2404 1.4803 1.5403 1.5803 6.7704 6.8204 6.8604 7.7804 8.0004 8.1804 3.4304 3.0504 2.7604 5.7204 5.8204 5.9004 2.6206 2.3706 2.1706 2.5403 2.6403 2.7203 6.4304 6.6904 6.9004 5.4806 5.4106 5.3606 8.9707 9.5607 1.0106 1.1606 1.1906 1.2206 1.4405 1.5705 1.6705 6.7604 6.7104 6.6704 2.0403 2.1003 2.1403 7.7104 7.6104 7.5404 3.3004 2.9304 2.6404 2.3904 2.1504 1.9604 (continued on next page)

4000

5000

268

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 14 (continued) i

2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

j

29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92

Ni-like Au

Co-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

1.4406 3.2201 1.1205 2.1203 6.6405 2.7805 2.7206 1.3805 6.3405 1.3103 3.9203 4.7103 6.4903 1.6104 4.6905 8.2203 7.5103 1.7102 8.7904 5.5303 1.1302 1.9503 4.6304 2.4306 8.3906 9.1006 1.9506 1.0305 3.1606 8.4806 5.1505 3.3705 5.4005 2.3306 1.6406 1.6404 3.6104 2.1706 8.4807 2.5303 8.0904 1.3805 1.2706 6.7605 4.1606 1.5205 3.8807 3.9706 4.7406 2.1706 4.7506 3.4806 6.8206 2.8506 1.1206 4.7903 2.1905 8.8302 4.8304 9.9203 6.5304 3.6403 2.9903 2.1607

1.2206 3.3701 1.1405 1.9703 6.8605 2.8805 2.4406 1.4205 5.3305 1.3303 3.9803 4.5503 6.5903 1.6804 4.8605 8.3303 7.5203 1.7402 7.5504 5.4603 1.1402 1.8103 3.9404 2.2806 8.5406 9.1906 1.9606 1.0405 3.1306 8.8506 4.3705 3.4105 5.5405 2.3006 1.3806 1.6204 3.3904 2.3006 8.8307 2.3803 7.9804 1.5405 1.3106 6.3505 4.3806 1.5505 3.2707 4.1006 4.8906 2.1306 4.8606 3.5406 6.7306 2.8106 9.6907 4.8903 1.8405 8.9802 3.9904 1.0102 5.9504 4.6803 3.7603 2.2807

9.6707 3.6101 1.1705 1.7603 7.1605 3.0105 2.0906 1.4705 4.1105 1.3703 4.1003 4.3903 6.8003 1.7604 5.0805 8.5603 7.6303 1.7902 6.0404 5.4503 1.1702 1.6503 3.1004 2.1106 8.8406 9.4106 1.9906 1.0705 3.1406 9.4806 3.4305 3.4605 5.7605 2.2806 1.0606 1.6104 3.0904 2.4706 9.5607 2.1703 7.8904 1.7905 1.4206 5.7905 4.7506 1.6005 2.5207 4.3606 5.1906 2.1206 5.0906 3.6906 6.6406 2.8206 7.7407 5.0603 1.4405 9.1802 3.0104 1.0502 5.1004 6.5703 5.1803 2.5007

8.1407 3.8001 1.1905 1.6203 7.3205 3.0705 1.8806 1.4905 3.3805 1.4103 4.2203 4.3203 6.9803 1.8104 5.2005 8.7803 7.7603 1.8402 5.1304 5.4803 1.1902 1.5603 2.6004 2.0106 9.0906 9.6106 2.0206 1.0905 3.1906 9.9606 2.8605 3.4805 5.9105 2.2706 8.6107 1.6104 2.8904 2.5806 1.0206 2.0303 7.8904 1.9905 1.5206 5.4205 5.0806 1.6405 2.0707 4.5806 5.4406 2.1406 5.2906 3.8106 6.5906 2.8506 6.5507 5.1903 1.2105 9.3002 2.4404 1.0702 4.5004 8.0903 6.3303 2.6707

7.1007 3.9401 1.1905 1.5203 7.3905 3.1005 1.7306 1.5005 2.8805 1.4303 4.2903 4.2703 7.1003 1.8304 5.2505 8.9203 7.8403 1.8702 4.5104 5.4903 1.2102 1.5003 2.2504 1.9506 9.2506 9.7306 2.0506 1.1105 3.2206 1.0305 2.4605 3.4805 5.9805 2.2606 7.2907 1.6104 2.7504 2.6806 1.0706 1.9303 7.8904 2.1505 1.5906 5.1405 5.3406 1.6605 1.7607 4.7206 5.6106 2.1506 5.4106 3.8906 6.5406 2.8706 5.7207 5.2703 1.0605 9.3402 2.0704 1.0902 4.0404 9.2903 7.2303 2.7807

6.3307 4.0201 1.1805 1.4303 7.3605 3.0805 1.6106 1.4905 2.5105 1.4403 4.3003 4.2103 7.1303 1.8304 5.2405 8.9503 7.8403 1.8802 4.0404 5.4603 1.2102 1.4403 1.9904 1.8906 9.3106 9.7506 2.0506 1.1105 3.2306 1.0505 2.1705 3.4505 5.9905 2.2506 6.3207 1.6004 2.6204 2.7406 1.1006 1.8403 7.8604 2.2605 1.6306 4.9105 5.5106 1.6705 1.5307 4.7906 5.6906 2.1406 5.4606 3.9206 6.4406 2.8706 5.1107 5.3003 9.4906 9.2902 1.8004 1.1002 3.6804 1.0202 7.8903 2.8407

6.5604 1.7204 1.1003 5.1804 6.9904 4.4704 4.0006 7.1706 7.3506 8.3906 1.2206 1.2306 1.4706 6.0206 1.2505 1.5603 3.5003 9.3904 5.8304 6.8404 4.7104 1.5903 6.9104 4.8204 1.7203 7.7304 6.9704 3.5703 6.9704 3.4004 5.1304 2.3004 5.3904 7.0206 1.3305 5.9406 7.0706 5.2306 3.5206 2.8606 8.9107 6.1704 1.1003 1.0903 4.2204 7.2606 2.2405 1.8005 1.1305 6.9006 7.5906 6.9306 3.9406 4.3706 2.1906 9.1806 5.3604 1.3404 3.0705 7.2307 1.3306 9.8806 3.5605 1.0303

6.3904 1.5404 1.0803 5.1904 6.3404 4.3604 3.5706 7.1306 7.1606 9.3306 1.1706 1.1006 1.4006 6.2906 1.3105 1.6003 3.9503 1.0203 5.2804 7.1404 4.3804 1.8203 7.1904 4.4104 1.9703 8.7504 6.2204 4.1303 7.9204 3.2304 4.7804 2.2404 5.2504 6.4506 1.2605 5.3506 6.1906 5.1406 3.3706 2.6006 8.2707 5.6704 1.1003 1.0603 4.3104 6.3506 2.2305 1.8005 1.0705 6.0606 6.6206 6.1106 3.8206 3.8206 2.1306 8.8906 5.1504 1.2104 2.6905 6.5007 1.2106 1.0805 4.1105 9.2204

6.2104 1.2904 1.0503 5.2804 5.4104 4.2604 2.9706 7.1406 6.9506 1.1105 1.1206 9.2707 1.3006 6.8706 1.4405 1.7003 4.7803 1.1903 4.5104 7.8104 3.9404 2.2403 7.8504 3.8604 2.4403 1.0703 5.1804 5.1703 9.7004 3.0104 4.3004 2.1804 5.1004 5.7306 1.1705 4.6106 5.0406 5.0606 3.2106 2.2706 7.4707 4.9604 1.1303 1.0103 4.5704 5.1506 2.2305 1.8405 9.9206 4.9806 5.3406 5.0406 3.7106 3.1006 2.0806 8.5006 4.9304 1.0304 2.2005 5.4807 1.0606 1.2705 5.1305 7.7704

6.1304 1.1104 1.0403 5.3904 4.7804 4.2204 2.5606 7.2006 6.8506 1.2705 1.1006 8.1107 1.2406 7.4206 1.5705 1.8103 5.4903 1.3403 3.9904 8.4804 3.6504 2.6203 8.5104 3.4904 2.8603 1.2403 4.4804 6.0903 1.1303 2.8804 3.9904 2.1504 5.0304 5.2906 1.1205 4.1506 4.3206 5.0306 3.1406 2.0706 7.0007 4.4904 1.1703 9.9204 4.8804 4.3806 2.2405 1.8905 9.4706 4.3006 4.5306 4.3506 3.6806 2.6406 2.0706 8.2606 4.8304 9.2305 1.8805 4.8007 9.5807 1.4405 6.0305 6.8304

6.1004 9.8205 1.0403 5.4904 4.3104 4.2004 2.2706 7.2606 6.8006 1.4105 1.0906 7.2707 1.2006 7.9106 1.6705 1.9103 6.1103 1.4703 3.6104 9.0804 3.4404 2.9503 9.1304 3.2204 3.2203 1.3903 3.9704 6.8803 1.2703 2.7904 3.7604 2.1404 5.0004 4.9706 1.0905 3.8406 3.8106 5.0206 3.0906 1.9306 6.6707 4.1404 1.2103 9.7804 5.1904 3.8406 2.2405 1.9305 9.1806 3.8406 3.9506 3.8706 3.6806 2.3106 2.0606 8.1006 4.8004 8.4605 1.6605 4.3107 8.8507 1.5905 6.8205 6.1504

6.0704 8.8205 1.0303 5.5704 3.9604 4.1904 2.0406 7.3106 6.7606 1.5405 1.0806 6.6207 1.1806 8.3506 1.7705 2.0003 6.6403 1.5903 3.3204 9.6304 3.2804 3.2303 9.6804 3.0204 3.5303 1.5203 3.5704 7.5603 1.3903 2.7204 3.5904 2.1404 4.9804 4.7406 1.0705 3.6106 3.4206 5.0206 3.0706 1.8306 6.4307 3.8804 1.2503 9.6804 5.4804 3.4206 2.2505 1.9705 8.9706 3.4906 3.5206 3.5106 3.6906 2.0706 2.0706 7.9706 4.7804 7.8905 1.4805 3.9307 8.2907 1.7205 7.4905 5.6404

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

269

Table 14 (continued) i

2 2 2 2 2 2 2 2 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3

j

93 94 95 96 97 98 99 100 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58

Ni-like Au

Co-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

7.8707 2.4806 1.4306 6.2803 1.0203 1.5904 2.9803 1.7806 8.5603 5.9803 2.0901 8.2201 1.6003 2.3803 1.5703 6.4301 4.5601 4.8501 1.1006 1.4303 2.6804 6.5506 1.1803 6.7502 8.1403 2.7002 3.1302 2.1103 4.7702 4.5602 2.9602 8.5303 3.1506 2.3705 2.8502 6.5006 2.0501 2.8305 1.9005 1.6405 7.1606 2.3603 1.1804 3.8804 1.0802 6.2004 1.1205 2.5805 1.5803 5.0503 1.5203 6.2803 7.2203 4.2103 8.0303 3.5403 5.8406 2.3206 8.2606 1.0806 3.4106 1.2205 1.7306

8.6407 2.2106 1.4206 6.8903 1.0403 1.3104 3.2003 1.8206 7.8203 5.4103 2.2701 8.9201 1.7003 2.5403 1.3203 6.8301 4.8401 5.1401 9.8507 1.5203 2.8504 6.3906 1.1003 6.9502 8.2303 2.7702 3.2302 1.7603 4.9202 4.7102 3.0402 8.8303 3.0006 2.4305 2.9602 6.4806 2.1401 2.8905 1.9505 1.6905 7.2306 2.4503 1.0004 3.3504 1.1002 5.3104 1.0805 2.5905 1.4903 5.0503 1.2903 6.4203 7.3003 4.1203 8.1903 3.6203 5.7406 2.2506 8.3606 1.0106 3.1906 1.2705 1.6306

9.8107 1.9106 1.4106 8.1303 1.1103 9.8105 3.6803 2.0006 6.8603 4.6903 2.5201 9.9001 1.8703 2.7903 1.0203 7.4601 5.2901 5.6201 8.2607 1.6503 3.1004 6.2406 1.0003 7.2202 8.3803 2.8702 3.3802 1.3503 5.1202 4.9202 3.1502 9.2303 2.8106 2.5005 3.1402 6.4806 2.3001 2.9905 2.0205 1.7505 7.3606 2.5803 7.7705 2.7104 1.1402 4.2304 1.0305 2.6005 1.3803 5.1103 9.9804 6.6703 7.5003 4.0703 8.4903 3.7603 5.6606 2.1806 8.5906 9.2907 2.9506 1.3505 1.5306

1.0606 1.7406 1.4106 9.2703 1.2003 7.9405 4.1303 2.1806 6.2003 4.2303 2.6801 1.06+0 2.0003 2.9703 8.2704 7.9501 5.6401 5.9901 7.1607 1.7503 3.3004 6.1906 9.4804 7.3502 8.4303 2.9102 3.4402 1.1003 5.2202 5.0202 3.2002 9.4303 2.6906 2.5405 3.2902 6.4706 2.4201 3.0405 2.0505 1.7805 7.4106 2.6503 6.4005 2.3204 1.1702 3.5804 1.0105 2.6005 1.3303 5.1903 8.2304 6.8803 7.6803 4.0703 8.7503 3.8803 5.6506 2.1606 8.8006 8.8707 2.8106 1.4105 1.4806

1.1106 1.6306 1.4106 1.0202 1.2703 6.7005 4.5003 2.3306 5.7003 3.8903 2.7901 1.10+0 2.0803 3.1003 6.9904 8.3001 5.8901 6.2501 6.3407 1.8303 3.4404 6.1406 9.0404 7.3702 8.3903 2.9102 3.4602 9.3704 5.2502 5.0402 3.2102 9.4903 2.5906 2.5405 3.3902 6.4106 2.5101 3.0505 2.0605 1.7805 7.3906 2.6703 5.4705 2.0604 1.1902 3.1304 9.8806 2.5905 1.2903 5.2303 7.0204 7.0203 7.7903 4.0603 8.9103 3.9503 5.6306 2.1506 8.9306 8.6007 2.7206 1.4605 1.4406

1.1406 1.5506 1.4006 1.0902 1.3203 5.8105 4.7703 2.4406 5.3003 3.6303 2.8501 1.12+0 2.1303 3.1703 6.0504 8.5101 6.0301 6.4101 5.7007 1.8703 3.5304 6.0706 8.6604 7.3202 8.2803 2.8902 3.4402 8.1604 5.2102 5.0102 3.1802 9.4403 2.5006 2.5205 3.4402 6.3106 2.5501 3.0305 2.0405 1.7705 7.3206 2.6703 4.7805 1.8604 1.2002 2.7904 9.6806 2.5505 1.2503 5.2303 6.1404 7.0603 7.8103 4.0203 8.9603 3.9703 5.5706 2.1306 8.9606 8.3707 2.6306 1.4805 1.4006

9.9404 8.9704 1.5703 6.1904 8.9604 1.0703 9.6304 1.1405 1.3202 1.4401 7.4907 1.4306 3.0706 8.5806 1.6505 3.2307 5.5407 2.7307 6.6107 2.2806 7.6507 2.4106 7.7207 1.5207 7.9807 8.1707 1.1306 9.9607 1.1607 2.8307 3.8307 1.3106 1.0306 3.2107 1.1607 6.6807 4.7206 1.1805 6.2007 9.0007 7.8407 3.0306 1.3005 1.2806 7.2907 1.3906 8.6706 4.5606 1.3607 6.2507 8.6107 5.1807 7.2107 6.1807 3.0906 4.9307 1.8206 2.3206 3.7607 1.3806 3.1606 8.8507 4.9707

9.0004 8.1204 1.4103 5.4804 8.3304 9.7904 8.8204 1.0205 1.3102 1.5001 6.9407 1.4106 3.2906 9.2306 1.7705 3.0507 5.4907 2.6407 6.9007 2.3006 8.0707 2.3806 7.0307 1.5507 7.4607 8.0207 1.1506 1.0306 1.1207 2.9107 3.4707 1.3106 1.0406 3.0607 1.0307 5.9907 5.0806 1.2305 6.1307 8.0607 7.1407 2.9706 1.3505 1.2406 7.1607 1.4206 8.6606 4.5706 1.2207 6.2907 8.8707 4.6507 6.6907 5.7507 3.1606 4.5107 1.8506 2.3606 3.4607 1.3406 3.0606 9.0307 4.7707

7.8204 7.0404 1.2103 4.5204 7.5504 8.6304 7.8204 8.5206 1.3002 1.6101 6.2307 1.4006 3.6806 1.0405 1.9805 2.8207 5.4907 2.5507 7.4707 2.3506 8.8307 2.3506 6.1607 1.6307 6.8507 7.9007 1.1806 1.0806 1.0907 3.1007 3.0307 1.3306 1.0606 2.8707 8.5708 5.1107 5.7406 1.3105 6.0707 6.8707 6.2107 2.9106 1.4305 1.1906 7.0607 1.4806 8.6306 4.8306 1.0307 7.0807 9.3407 3.9807 6.0307 5.1807 3.2806 3.9607 1.9206 2.4506 3.0607 1.3206 2.9406 9.3907 4.5307

7.1004 6.6104 6.2504 6.3804 5.9304 5.6104 1.0803 9.8504 9.1504 3.9004 3.4404 3.0904 7.0904 6.7804 6.5604 7.9204 7.4404 7.0804 7.2104 6.8104 6.5204 7.3506 6.4906 5.8306 1.3002 1.3002 1.2902 1.6901 1.7601 1.8201 5.7907 5.4907 5.2607 1.3906 1.4006 1.4006 4.0206 4.3206 4.5706 1.1405 1.2205 1.3005 2.1705 2.3305 2.4605 2.6807 2.5807 2.5007 5.5507 5.6307 5.7007 2.5007 2.4707 2.4507 7.9907 8.4607 8.8607 2.4006 2.4306 2.4606 9.5107 1.0106 1.0606 2.3506 2.3606 2.3706 5.6107 5.2307 4.9507 1.7207 1.8007 1.8707 6.5107 6.3107 6.1807 7.8307 7.7507 7.6407 1.2106 1.2406 1.2506 1.1306 1.1606 1.1806 1.0907 1.0907 1.0907 3.2907 3.4707 3.6307 2.7607 2.5807 2.4507 1.3606 1.3806 1.4006 1.0806 1.1006 1.1206 2.7707 2.7107 2.6707 7.4508 6.6308 6.0008 4.5807 4.2107 3.9407 6.2906 6.7706 7.1606 1.3805 1.4305 1.4705 6.0007 5.8907 5.7707 6.1507 5.6607 5.3107 5.6107 5.1907 4.8707 2.8806 2.8606 2.8506 1.5105 1.5605 1.6105 1.1606 1.1406 1.1206 7.0407 7.0507 7.0707 1.5306 1.5806 1.6106 8.5906 8.5406 8.4806 6.6406 1.0105 1.4205 9.1408 8.3108 7.6808 1.3006 2.4306 3.7606 9.7207 1.0006 1.0206 3.5607 3.2607 3.0407 5.6107 5.3107 5.0907 4.8207 4.5707 4.3807 3.4006 3.5006 3.5806 3.6107 3.3507 3.1507 1.9706 2.0206 2.0706 2.5606 2.6906 2.8206 2.8107 2.6207 2.4807 1.3106 1.3206 1.3306 2.8806 2.8406 2.8106 9.7107 9.9907 1.0206 4.3807 4.2907 4.2307 (continued on next page)

270

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 14 (continued) i

3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4

j

59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

Ni-like Au

Co-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

3.8004 4.4306 3.2505 2.2406 9.2805 1.1704 2.6204 1.1006 6.6707 1.8603 5.9804 4.4007 9.2207 5.6405 1.0906 1.0705 1.5905 1.0706 3.4306 1.8306 1.6006 1.6506 4.1106 2.4306 5.0706 1.6403 2.3903 5.0504 6.0802 3.5603 5.4003 1.0903 3.7103 5.0607 8.1906 1.2405 4.6107 3.4104 2.8603 2.2103 2.2603 5.4406 8.2203 6.5205 1.0606 5.3401 9.1902 3.3407 1.1803 1.8803 5.6407 1.6001 4.0201 1.1003 3.8701 1.2305 1.1306 7.2106 5.2405 3.4505 4.1907 1.0905 1.6005 6.6507

3.8904 4.2706 3.3705 2.2606 9.7905 1.0604 2.5404 1.1106 6.0707 1.8003 5.4104 3.7407 9.5107 5.4805 1.1406 1.0805 1.7205 9.4007 3.3006 1.8206 1.5006 1.5406 4.2606 2.4406 5.2406 1.6503 2.4303 4.1704 6.1902 3.5803 5.5403 1.3403 4.7903 5.3007 8.3106 1.5405 4.1507 2.8004 3.1203 2.4003 2.4403 5.4206 6.6703 7.3005 9.8307 5.7901 9.9502 3.2307 1.2603 2.0103 5.7307 1.7001 4.2601 9.3004 4.1001 1.2305 9.8207 7.2906 5.3705 3.5505 3.7107 1.1005 1.6205 5.8207

4.0304 4.0806 3.5305 2.3006 1.0504 8.9605 2.4604 1.0706 5.2007 1.7403 4.5804 2.9907 1.0206 5.3005 1.2406 1.1105 1.9005 7.8307 3.1406 1.8206 1.3806 1.4406 4.5606 2.5106 5.5406 1.6703 2.4803 3.1404 6.3302 3.6103 5.7603 1.8003 6.7503 5.7107 8.4606 2.1005 3.5007 2.1004 3.6703 2.8003 2.8203 5.5106 5.1403 8.1005 8.6507 6.4301 1.1001 3.1307 1.3903 2.2203 5.9907 1.8601 4.6601 7.1404 4.4801 1.2405 7.9807 7.4006 5.5505 3.7005 3.1307 1.1205 1.6405 4.8807

4.1404 3.9506 3.6305 2.3206 1.0904 7.8405 2.4204 1.0806 4.8607 1.7003 4.0104 2.5507 1.0706 5.2105 1.3306 1.1305 2.0305 6.8707 3.0506 1.8306 1.3106 1.3906 4.8106 2.6006 5.7806 1.6803 2.5203 2.5504 6.4202 3.6403 5.9303 2.1803 8.3203 6.0107 8.5006 2.5905 3.0507 1.7004 4.1703 3.1603 3.1803 5.6406 4.3803 8.5805 7.8307 6.8601 1.1801 3.0907 1.4903 2.3703 6.2207 1.9801 4.9701 5.8104 4.7801 1.2405 6.8507 7.4306 5.6205 3.7705 2.7807 1.1205 1.6505 4.3507

4.2104 3.8406 3.6805 2.3306 1.1204 6.9905 2.3904 1.1206 4.7707 1.6703 3.5704 2.2507 1.1106 5.1405 1.4006 1.1405 2.1205 6.2107 2.9706 1.8306 1.2606 1.3606 5.0006 2.6606 5.9506 1.6903 2.5203 2.1604 6.4402 3.6503 6.0403 2.4803 9.5503 6.2107 8.4106 2.9805 2.7207 1.4404 4.5703 3.4503 3.4703 5.7506 3.9003 8.8805 7.2307 7.1301 1.2201 3.0607 1.5503 2.4703 6.3807 2.0701 5.1801 4.9104 4.9901 1.2305 6.0707 7.3806 5.6205 3.7905 2.5407 1.1205 1.6405 4.0007

4.2304 3.7406 3.6805 2.3306 1.1204 6.3205 2.3604 1.1706 4.7407 1.6503 3.2304 2.0307 1.1406 5.0705 1.4506 1.1305 2.1605 5.7207 2.8806 1.8206 1.2106 1.3306 5.1006 2.7006 6.0306 1.6803 2.5103 1.8804 6.4102 3.6303 6.0803 2.7003 1.0502 6.3007 8.2106 3.2705 2.4607 1.2504 4.8603 3.6603 3.6803 5.8006 3.5703 9.0305 6.7607 7.2801 1.2501 3.0107 1.5903 2.5303 6.4407 2.1201 5.3101 4.2504 5.1101 1.2205 5.4707 7.2806 5.5605 3.7705 2.3507 1.1005 1.6105 3.7307

1.3005 4.2807 5.3707 7.5006 4.7906 7.1507 2.1406 3.0306 2.1606 8.8207 8.1807 1.0106 1.5006 2.7707 6.5407 8.0907 9.8406 1.7406 3.3706 1.1206 1.1406 1.3205 9.1107 9.1807 8.0707 6.8506 2.9006 2.3306 6.4106 5.1704 1.9903 5.4104 9.2204 1.1105 5.3007 1.3506 7.5806 1.9106 4.0106 2.8305 7.9407 4.3604 9.1502 8.9310 1.7508 3.1208 6.2907 2.6406 1.0707 2.2007 5.8708 3.9406 3.9807 2.1906 4.8509 2.1506 4.6206 4.7809 3.1007 3.2008 8.9907 2.0206 3.2607 1.3107

1.3605 4.1307 4.7407 7.2706 4.5206 6.3007 2.0106 2.9806 1.9506 8.4107 7.4207 9.8807 1.5306 2.5607 6.6507 6.9007 1.1205 1.6306 3.6606 9.9107 1.0806 1.4605 8.2307 8.7207 8.3107 7.3906 2.8906 2.3906 6.8606 4.6404 2.0603 5.2504 9.5204 1.2205 4.8407 1.2906 7.8706 1.8906 4.3206 3.2005 6.9607 3.9504 9.6202 7.5510 1.7408 2.9308 6.7607 2.7906 9.4808 2.1407 5.2808 4.2406 3.4307 2.3506 4.6009 2.1706 4.9706 4.5809 3.2107 3.1508 8.9907 2.1706 3.1707 1.2207

1.4605 3.9707 3.9107 7.0606 4.1806 5.3107 1.8506 2.9606 1.6906 7.9207 6.4007 9.6907 1.6006 2.2907 6.8707 5.4907 1.3505 1.4906 4.2206 8.2207 1.0006 1.7205 7.0807 8.1707 8.8707 8.3806 2.9106 2.5306 7.7206 3.9104 2.1903 5.0804 1.0103 1.4305 4.3407 1.2306 8.5206 1.9006 4.9206 3.8705 5.6807 3.3804 1.0401 5.8810 1.7508 2.6908 7.5607 3.0606 7.9708 2.0807 4.5508 4.7306 2.7307 2.6206 4.3409 2.2206 5.5406 4.3809 3.3907 3.1408 1.2406 2.4406 3.0907 1.1307

1.5405 3.9107 3.3607 7.0206 3.9806 4.7707 1.7606 2.9806 1.5106 7.6407 5.7307 1.0006 1.6706 2.1107 7.0807 4.6607 1.5605 1.4106 4.7106 7.1207 9.5607 1.9505 6.3407 7.8407 9.4107 9.2406 3.0806 2.6906 8.4806 3.4104 2.2903 5.0004 1.0603 1.6105 4.0807 1.1906 9.1606 1.9506 5.4506 4.4405 4.8607 2.9904 1.1001 4.8710 1.7808 2.5608 8.2107 3.2706 7.0308 2.0507 4.1008 5.1206 2.2907 2.8306 4.2409 2.2706 6.0006 4.3109 3.5107 3.1808 2.0606 2.6606 3.0507 1.0707

1.6105 3.8807 2.9607 7.0406 3.8506 4.4207 1.7006 3.0206 1.3906 7.4607 5.2607 1.0906 1.7206 1.9907 7.2607 4.1107 1.7305 1.3406 5.1306 6.3307 9.2907 2.1405 5.8207 7.6407 9.9107 9.9906 3.4106 2.8506 9.1606 3.0304 2.3803 4.9404 1.0903 1.7605 3.9307 1.1706 9.7306 2.0106 5.9306 4.9405 4.2807 2.7004 1.1601 4.1910 1.8208 2.4708 8.7507 3.4406 6.3808 2.0507 3.7808 5.4406 1.9807 3.0006 4.1909 2.3206 6.3706 4.3009 3.6107 3.2508 2.8606 2.8406 3.0407 1.0407

1.6605 3.8607 2.6607 7.0906 3.7506 4.1907 1.6606 3.0606 1.3006 7.3407 4.9207 1.2006 1.7606 1.9107 7.4007 3.7207 1.8805 1.3006 5.5006 5.7307 9.1107 2.3105 5.4407 7.4907 1.0306 1.0605 3.7906 3.0106 9.7406 2.7404 2.4503 4.9004 1.1303 1.9005 3.8407 1.1506 1.0205 2.0606 6.3406 5.3505 3.8407 2.4704 1.2001 3.6810 1.8408 2.4008 9.2007 3.5906 5.9008 2.0407 3.5408 5.7106 1.7507 3.1506 4.1809 2.3606 6.6906 4.3109 3.6807 3.3208 3.4406 2.9906 3.0307 1.0207

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

271

Table 14 (continued) i

4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4

j

27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89

Ni-like Au

Co-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

4.0405 2.3503 4.7902 6.6303 1.5702 2.2902 3.0002 1.5503 3.7202 2.6902 1.3804 4.6607 1.7406 6.6207 8.3306 5.9505 4.7505 5.2007 1.2105 9.0408 1.3005 1.2806 8.7107 2.8706 3.4805 8.3803 5.3104 6.2803 4.3603 1.1603 5.0003 3.6903 3.4704 2.4506 2.8305 1.2406 1.8006 9.9803 3.6203 7.3907 3.2907 2.4902 4.7202 1.8207 9.3107 5.8704 7.7008 2.4105 1.2307 3.5007 4.6707 3.7607 1.5807 3.8607 5.5807 3.7507 1.2907 1.9603 1.2306 1.5207 2.9107 4.2803 2.8404

3.3605 2.3303 4.9402 6.8303 1.6102 2.3802 3.1002 1.3003 3.8502 2.7702 1.1504 4.7707 1.6406 5.6307 8.5006 6.1005 4.9305 5.1807 1.2405 7.8508 1.3405 1.2106 7.3607 2.7406 3.0205 8.5303 4.5004 6.4303 4.3903 9.7904 5.0503 3.6603 3.0504 2.3706 2.9105 1.2606 1.5106 1.0402 3.7703 7.3407 3.1807 2.5902 4.9302 1.6407 9.6707 6.0904 7.0808 2.4205 1.0507 3.4907 4.7907 3.7507 1.4407 3.7107 5.8207 3.7907 1.2607 2.0003 1.1906 1.5907 3.1307 4.3603 2.5804

2.5605 2.3103 5.1402 7.1903 1.6602 2.5402 3.2402 9.9304 4.0102 2.8802 8.8205 4.9907 1.5506 4.4507 8.8506 6.3305 5.1705 5.2407 1.3005 6.5708 1.4105 1.1406 5.7407 2.6106 2.4705 8.8303 3.5104 6.7003 4.4803 7.6004 5.1803 3.6603 2.5604 2.2806 3.0405 1.2706 1.1706 1.1202 4.0303 7.3507 3.0907 2.7702 5.2902 1.4107 1.0306 6.4904 6.4808 2.4005 8.1908 3.4807 5.0207 3.8107 1.2707 3.5907 6.2607 3.9307 1.2207 2.0603 1.1506 1.7007 3.4507 4.5003 2.2104

2.0905 2.2903 5.2302 7.4803 1.6902 2.6702 3.3002 8.1204 4.0902 2.9302 7.2205 5.1907 1.5006 3.7407 9.1706 6.4605 5.2905 5.3407 1.3505 5.8908 1.4705 1.1006 4.7707 2.5506 2.1405 9.0903 2.9104 6.9203 4.5803 6.2604 5.3103 3.6903 2.2704 2.2206 3.1205 1.2806 9.5707 1.1802 4.2403 7.4007 3.0507 2.9102 5.5802 1.2607 1.0806 6.8004 6.2008 2.3505 6.7608 3.4707 5.2007 3.9007 1.1707 3.5507 6.6107 4.0607 1.2007 2.1103 1.1306 1.7807 3.6707 4.6003 1.9504

1.7705 2.2603 5.2402 7.6903 1.6902 2.7502 3.3202 6.9004 4.1102 2.9402 6.1305 5.3207 1.4706 3.2507 9.3806 6.5105 5.3305 5.4007 1.3805 5.4508 1.5105 1.0806 4.1107 2.5106 1.9105 9.2503 2.4904 7.0603 4.6303 5.3504 5.3803 3.7003 2.0804 2.1706 3.1605 1.2806 8.1407 1.2202 4.3903 7.4207 3.0207 3.0102 5.7802 1.1507 1.1206 7.0304 6.0408 2.3005 5.7808 3.4407 5.3007 3.9507 1.1007 3.5207 6.8407 4.1507 1.1807 2.1403 1.1206 1.8307 3.8007 4.6603 1.7504

1.5405 2.2103 5.2002 7.8003 1.6702 2.8002 3.3002 6.0104 4.0902 2.9202 5.3505 5.3807 1.4406 2.9007 9.4806 6.4805 5.3105 5.4107 1.3905 5.1208 1.5305 1.0506 3.6307 2.4706 1.7405 9.2903 2.1904 7.1003 4.6403 4.6704 5.3903 3.6803 1.9304 2.1206 3.1605 1.2706 7.0907 1.2502 4.4703 7.3807 2.9707 3.0602 5.8902 1.0707 1.1506 7.1504 5.9008 2.2505 5.0708 3.3907 5.3307 3.9707 1.0407 3.4807 6.9607 4.1907 1.1507 2.1503 1.1006 1.8607 3.8707 4.6803 1.5904

3.8007 5.8008 3.1507 2.8908 7.6407 5.1306 4.1407 5.1307 1.3509 4.8609 3.7608 1.8607 7.8908 1.4608 8.7107 3.2108 2.1007 2.6307 2.0306 3.9406 1.2507 2.5907 1.1507 1.4906 1.3907 6.1808 2.0207 5.9006 4.3407 1.4305 3.3506 5.8607 3.4507 2.5107 3.7307 2.2008 1.5108 1.2209 3.1909 1.5707 4.3208 4.0708 1.1706 3.2307 8.3907 2.7007 4.5506 8.8710 7.5608 1.7508 2.0706 2.3209 7.7309 3.4108 5.7208 1.4408 5.0307 1.1406 4.8607 5.6007 1.6607 2.2808 2.9208

3.8307 5.4608 3.2107 2.7508 7.6207 5.5006 3.6307 5.3107 1.1909 4.2509 3.4908 1.8707 7.5508 1.3508 8.6607 2.9308 2.1607 2.4807 2.1006 3.9106 1.1207 2.4207 1.0607 1.5406 1.3007 5.3808 2.0007 5.8806 3.7507 1.4905 3.3406 6.1107 3.1107 2.6307 3.7407 2.1208 1.3408 1.1009 2.7809 1.6107 4.1908 3.9508 1.2706 3.0907 8.6207 2.5807 4.5306 7.4710 7.6408 1.5408 2.2306 1.9809 6.7209 3.2708 5.6708 1.2808 5.4707 1.2406 4.9707 5.1307 1.5407 1.9708 2.6008

3.9207 5.0108 3.3407 2.5708 7.7107 6.1306 2.9607 5.6207 9.7310 3.4609 3.1508 1.8907 7.1508 1.2208 8.5807 2.5608 2.2807 2.3107 2.2206 3.8606 9.6508 2.2007 9.4308 1.6306 1.2107 4.3408 1.9907 5.8606 2.9807 1.5805 3.3206 6.5307 2.6607 2.8207 3.8207 2.0308 1.1108 9.8310 2.2709 1.7007 4.0408 3.8208 1.4406 2.9307 9.0307 2.4407 4.5006 5.7910 7.9208 1.2708 2.5006 1.5709 5.4609 3.1108 5.6508 1.0908 6.2407 1.3906 5.2007 4.5207 1.3907 1.5808 2.1608

4.0007 4.0607 4.1107 4.7208 4.5308 4.3808 3.4407 3.5307 3.5907 2.4108 2.2608 2.1208 7.8507 8.0207 8.1607 6.6306 7.0506 7.4106 2.5307 2.2207 1.9907 5.8607 6.0407 6.1707 8.3310 7.3210 6.5610 2.9409 2.5809 2.3109 2.9508 2.8308 2.7408 1.9207 1.9407 1.9507 6.9108 6.7308 6.6008 1.1408 1.0908 1.0508 8.5107 8.4507 8.3707 2.3308 2.1608 2.0408 2.3607 2.4207 2.4707 2.2307 2.1807 2.1707 2.3106 2.3906 2.4406 3.8206 3.7706 3.7206 8.6808 8.0408 7.5708 2.0707 1.9807 1.9107 8.7108 8.2108 7.8308 1.7006 1.7506 1.7906 1.1507 1.1207 1.0907 3.6808 3.2208 2.8708 1.9907 1.9907 1.9907 5.8406 5.8006 5.7506 2.5007 2.1607 1.9107 1.6505 1.7105 1.7505 3.3106 3.3006 3.2706 6.8407 7.0807 7.2507 2.3807 2.1907 2.0407 2.9507 3.0507 3.1307 3.9207 4.0207 4.1107 1.9808 1.9608 1.9408 9.6209 8.5309 7.7009 9.3610 9.1810 9.1310 1.9709 1.7609 1.6209 1.7807 1.8507 1.9107 3.9708 3.9408 3.9108 3.7508 3.7008 3.6608 1.5806 1.7006 1.8006 2.8607 2.8107 2.7807 9.3507 9.6007 9.7707 2.3607 2.3207 2.3007 4.4706 4.4306 4.4006 4.8010 4.1210 3.6210 8.2508 8.5808 8.8808 1.0908 9.6309 8.6709 2.7406 2.9406 3.1106 1.3209 1.1609 1.0409 4.6909 4.1609 3.7809 3.0308 2.9908 2.9608 5.6708 5.7008 5.7108 9.9009 9.2609 8.8209 6.9007 7.4607 7.9407 1.5306 1.6406 1.7406 5.4007 5.5707 5.6907 4.1307 3.8607 3.6607 1.2907 1.2207 1.1707 1.3308 1.1608 1.0308 1.8808 1.6808 1.5208 (continued on next page)

272

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

Table 14 (continued) i

4 4 4 4 4 4 4 4 4 4 4 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5

j

90 91 92 93 94 95 96 97 98 99 100 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58

Ni-like Au

Co-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

4.8507 1.0607 3.7702 3.2304 8.2006 1.5905 4.2408 5.3406 1.7406 4.6308 2.2303 5.3104 1.3104 5.0601 5.2301 1.5606 1.5903 9.9504 4.3904 2.6704 7.3302 1.13+0 4.0701 4.8605 1.9406 1.4005 2.0205 2.3306 1.1106 1.3905 3.1805 8.4105 2.3403 3.0302 2.8302 3.9802 3.7802 5.7003 2.6403 9.5702 1.6902 4.7702 8.6303 4.3208 1.1705 1.9106 1.2605 7.9705 7.1306 1.9205 2.9706 5.6807 5.2406 1.7606 1.6405 1.9305 3.8504 4.3303 6.5303 8.7804 5.4103 1.4502 4.9503 9.0103

6.0407 1.0407 3.8302 2.6704 8.3206 1.6005 4.0708 6.7706 1.6906 4.6908 2.8803 5.9004 1.4504 5.5001 5.6701 1.4906 1.7103 1.0603 4.6904 2.2504 7.7602 1.20+0 4.3201 4.9805 1.6506 1.4105 2.0205 1.9906 9.8207 1.3505 3.2105 8.6505 2.4003 3.1202 2.8902 4.1402 3.8902 5.8403 2.5603 9.8802 1.7302 4.9102 8.9203 3.7108 1.1805 1.7206 1.2805 8.2005 6.7906 2.0305 2.6206 4.9307 5.1106 1.5206 1.6705 2.0005 3.9204 4.1903 6.6203 7.4404 5.3903 1.4702 4.9103 9.0703

8.1107 1.0207 3.9202 2.0104 8.5706 1.6205 3.8808 9.2806 1.6506 4.8008 4.0503 6.4804 1.5904 6.1001 6.2901 1.4206 1.8803 1.1703 5.1704 1.7304 8.4702 1.31+0 4.7201 5.1605 1.3006 1.4205 2.0405 1.5906 8.3807 1.3105 3.2705 8.9705 2.4903 3.2502 2.9702 4.4002 4.0302 6.1003 2.4803 1.0301 1.7802 5.1102 9.3003 2.9608 1.2305 1.4906 1.3405 8.5305 6.3906 2.2105 2.2006 4.0307 5.0106 1.2406 1.7405 2.1205 4.0704 4.0703 6.8203 5.7804 5.4303 1.5202 4.9203 9.2403

9.7707 1.0007 3.9802 1.6404 8.7706 1.6405 3.7708 1.1305 1.6406 4.8608 5.0003 6.8104 1.6704 6.5101 6.7101 1.3806 2.0003 1.2503 5.5204 1.4104 9.0202 1.40+0 5.0301 5.2505 1.0906 1.4205 2.0305 1.3606 7.5407 1.2805 3.2805 9.1105 2.5303 3.3002 3.0002 4.6102 4.1002 6.3203 2.4303 1.0501 1.8002 5.2002 9.4903 2.4908 1.2705 1.3706 1.3805 8.7105 6.1206 2.3405 1.9506 3.5107 5.0006 1.0806 1.7905 2.2205 4.2104 4.0203 7.0003 4.7804 5.5003 1.5602 4.9603 9.4303

1.1106 9.8408 3.9902 1.3904 8.9206 1.6505 3.6708 1.2805 1.6406 4.8808 5.7403 7.0104 1.7104 6.7701 6.9801 1.3606 2.0903 1.3003 5.7604 1.1904 9.4102 1.46+0 5.2501 5.2705 9.5507 1.4005 2.0105 1.2006 6.9607 1.2505 3.2605 9.1205 2.5303 3.3102 3.0002 4.7602 4.1102 6.4803 2.3703 1.0501 1.8002 5.2202 9.5403 2.1608 1.2905 1.2806 1.4105 8.7805 5.9106 2.4405 1.7806 3.1507 5.0006 9.6407 1.8305 2.2905 4.3004 3.9903 7.1103 4.0904 5.5303 1.5802 4.9803 9.5303

1.2006 9.6208 3.9702 1.2104 8.9806 1.6605 3.5708 1.3905 1.6306 4.8408 6.2803 7.0904 1.7304 6.9101 7.1301 1.3206 2.1303 1.3303 5.9004 1.0304 9.6402 1.49+0 5.3801 5.2305 8.5207 1.3805 1.9805 1.0806 6.5007 1.2105 3.2105 9.0405 2.5103 3.2802 2.9702 4.8302 4.0702 6.5603 2.3103 1.0501 1.7802 5.1802 9.4803 1.9108 1.3005 1.2106 1.4305 8.7405 5.7206 2.5005 1.6506 2.8907 4.9806 8.7907 1.8405 2.3405 4.3304 3.9303 7.1303 3.5804 5.5203 1.5902 4.9603 9.5403

4.9808 2.2907 5.1207 1.2307 2.8407 2.2107 9.4108 3.3907 7.1507 1.3907 8.6108 2.3308 3.6908 1.3907 1.0907 2.1706 1.8208 1.8208 7.1708 4.9808 3.6308 3.6208 1.3108 3.6508 3.0908 6.0009 1.0206 9.0808 4.7106 6.4908 8.5608 6.2609 8.3309 1.1507 4.9008 6.2509 6.7909 1.5706 9.7308 3.9507 3.4409 5.8509 2.6208 6.1408 4.9108 1.1207 5.6107 2.6707 4.0406 6.3208 3.6907 1.9306 2.9109 1.5308 1.0008 9.7508 2.9108 2.3808 1.3907 3.3407 7.1109 1.9307 3.2208 1.1608

4.6608 2.3407 5.2107 1.0707 2.6207 1.9507 8.5708 3.2707 6.2207 1.2107 7.7708 2.1208 3.3008 1.3707 1.0707 2.1506 1.5708 1.5908 6.8408 4.7108 3.7908 3.2008 1.2308 3.7008 2.8308 5.1009 1.0806 8.5508 5.0006 6.4508 8.3708 5.5709 7.3809 1.2107 4.6508 5.7509 5.8309 1.5706 9.8008 4.1007 2.8709 5.0609 2.5008 6.0508 4.4008 1.0707 6.0407 2.8707 4.3306 5.8608 3.9407 2.0506 2.4209 1.3908 9.0009 1.0207 2.6308 2.1808 1.4607 3.6007 6.0809 1.9407 3.3208 1.0808

4.2508 2.4507 5.4807 8.9408 2.3407 1.6407 7.3608 3.1407 5.0107 9.9808 6.6008 1.8808 2.8108 1.3607 1.0507 2.1006 1.2508 1.3008 6.4708 4.3808 4.1008 2.6508 1.1408 3.8408 2.4908 4.0109 1.1806 7.9208 5.4806 6.4508 8.1908 4.7809 6.1709 1.3207 4.3308 5.1109 4.7009 1.5506 9.9608 4.3607 2.2109 4.0609 2.4108 5.9708 3.7308 1.0107 6.7407 3.2407 4.8306 5.3108 4.3707 2.2606 1.8509 1.2208 7.7509 1.1007 2.2708 1.9208 1.5707 4.0207 4.8509 1.9807 3.5108 9.7509

3.9908 2.5507 5.7907 7.9908 2.1707 1.4407 6.5308 3.0807 4.2507 8.6108 5.7908 1.7608 2.5108 1.3807 1.0607 2.0306 1.0508 1.1308 6.2908 4.1508 4.4008 2.2908 1.0908 4.0108 2.2208 3.3609 1.2606 7.5608 5.8706 6.4808 8.1108 4.3509 5.4109 1.4107 4.1408 4.6909 4.0509 1.4706 1.0107 4.5707 1.8309 3.4309 2.3808 5.9608 3.3008 9.7208 7.2907 3.5307 5.2206 5.0008 4.7107 2.4306 1.5109 1.1208 7.0309 1.1607 2.0408 1.7708 1.6607 4.3507 4.1209 2.0207 3.6708 9.1509

3.8208 2.6307 6.0807 7.4008 2.0507 1.3107 5.9308 3.0507 3.7207 7.5908 5.2008 1.6808 2.3208 1.4107 1.0707 1.9506 9.1109 1.0008 6.2008 4.0008 4.6708 2.0408 1.0608 4.1808 1.9908 2.9209 1.3306 7.3108 6.2006 6.5308 8.1008 4.0909 4.8909 1.4807 4.0208 4.3909 3.6209 1.3706 1.0307 4.7607 1.5809 2.9909 2.4008 5.9808 3.0108 9.4608 7.7507 3.7707 5.5506 4.7908 4.9907 2.5706 1.2909 1.0608 6.5809 1.2207 1.8908 1.6708 1.7407 4.6207 3.6309 2.0507 3.8108 8.7509

3.6908 2.6907 6.3307 7.0108 1.9707 1.2207 5.4708 3.0307 3.3207 6.7808 4.7308 1.6308 2.1808 1.4307 1.0807 1.8706 8.0809 9.1009 6.1608 3.9008 4.9108 1.8508 1.0408 4.3308 1.8008 2.6009 1.3906 7.1308 6.4706 6.5908 8.1108 3.9109 4.5009 1.5407 3.9408 4.1809 3.3309 1.2806 1.0507 4.9107 1.3909 2.6609 2.4308 6.0008 2.7908 9.2708 8.1307 3.9807 5.8306 4.6508 5.2307 2.6906 1.1309 1.0108 6.2709 1.2607 1.7808 1.5908 1.8107 4.8507 3.2809 2.0907 3.9208 8.4609

J. Zeng et al. / Atomic Data and Nuclear Data Tables 93 (2007) 199–273

273

Table 14 (continued) i

5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5

j

59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100

Ni-like Au

Co-like Au

500

1000

2000

3000

4000

5000

500

1000

2000

3000

4000

5000

3.8303 9.0406 1.8605 1.3306 1.0904 7.9905 1.8202 4.0207 7.7407 1.2101 4.1204 6.4907 1.1906 3.2803 1.1606 1.9105 1.4405 2.0307 1.0606 1.1306 7.1807 8.8107 3.1907 5.1907 2.4906 2.0803 5.5505 9.4007 2.9305 4.5303 3.9403 2.4006 7.3507 3.2404 6.3102 1.1505 6.8507 2.3507 3.2106 1.2606 1.5606 2.2503

3.8903 9.1406 1.8705 1.2806 1.1404 7.2105 1.9002 3.6907 7.7207 1.2601 3.7204 6.2107 1.1906 3.4203 1.2706 1.9805 1.5205 2.0007 1.0706 1.1406 7.3707 8.8707 2.9707 5.2107 2.4906 2.1103 5.6005 9.7007 2.9705 4.5803 4.0203 2.9206 8.5507 2.6804 6.4202 1.2405 6.1307 2.1707 3.6906 1.3306 1.9206 2.8403

4.0103 9.3006 1.9005 1.2206 1.2204 6.0905 2.0402 3.3007 7.9107 1.3501 3.1504 5.9007 1.2006 3.6703 1.4406 2.0805 1.6505 1.9707 1.0906 1.1906 7.7507 9.1507 2.7407 5.3207 2.4906 2.1403 5.6905 1.0206 3.0305 4.6503 4.1503 3.8406 1.1006 2.0204 6.5702 1.4205 5.1407 1.9907 4.6206 1.4806 2.6006 3.9103

4.1203 9.3706 1.9205 1.1806 1.2604 5.3205 2.1502 3.1307 8.1507 1.4301 2.7504 5.7407 1.2106 3.8603 1.5806 2.1505 1.7305 1.9607 1.1106 1.2206 8.0507 9.4407 2.6207 5.4407 2.4806 2.1703 5.7505 1.0606 3.0705 4.7103 4.2503 4.5806 1.3106 1.6404 6.6502 1.5705 4.4707 1.8907 5.4006 1.6106 3.1906 4.7903

4.1803 9.3606 1.9305 1.1506 1.2804 4.7505 2.2202 3.0207 8.3107 1.4801 2.4504 5.6207 1.2306 4.0003 1.6806 2.1805 1.7805 1.9507 1.1306 1.2406 8.2407 9.6307 2.5407 5.5107 2.4606 2.1803 5.7605 1.0906 3.0905 4.7403 4.3103 5.1606 1.4806 1.3904 6.6802 1.6905 3.9807 1.8107 6.0006 1.7106 3.6706 5.4703

4.2003 9.2806 1.9205 1.1206 1.2904 4.3005 2.2702 2.9207 8.3507 1.5101 2.2204 5.4907 1.2306 4.0803 1.7506 2.1905 1.8005 1.9307 1.1306 1.2406 8.3007 9.7007 2.4707 5.5307 2.4306 2.1803 5.7305 1.1006 3.0805 4.7403 4.3303 5.5706 1.6006 1.2104 6.6402 1.7805 3.5907 1.7407 6.4206 1.7606 4.0306 5.9703

1.0907 2.4708 3.3809 7.4308 2.3608 1.6509 1.4408 2.5907 1.2207 1.0507 7.3107 2.6807 5.6208 8.2208 2.3007 4.4011 3.9308 2.8208 3.9407 1.0908 1.2508 5.3607 9.9408 1.1907 1.7906 6.5108 2.3306 1.5707 6.1907 2.9907 1.1706 1.2507 1.9607 1.9308 2.9709 1.2008 5.5708 1.3907 9.3408 5.3107 2.7708 3.0107

1.1007 2.5408 2.8909 7.3508 2.1208 1.4309 1.3408 2.6007 1.1207 9.4908 7.2207 2.8907 5.2508 7.8108 2.4907 3.7511 3.5908 2.5308 4.1107 9.3609 1.1308 5.5107 8.7208 1.0807 1.7706 5.7808 2.4906 1.4307 6.4407 2.6207 1.1906 1.1507 1.9407 1.7308 2.8209 1.0508 5.3908 1.3707 9.1708 5.4807 2.4708 2.9107

1.1207 2.6708 2.3009 7.3208 1.8008 1.1409 1.2308 2.6407 1.0107 8.2508 6.5707 3.2607 4.7708 7.2808 2.8107 3.0311 3.1808 2.1508 4.3907 7.4509 1.0008 5.7707 7.1708 9.2608 1.6106 4.8208 2.7706 1.2407 6.8407 2.1407 1.2106 1.0107 1.9307 1.4608 2.6409 8.6309 5.2208 1.3507 9.0108 5.7807 2.0708 2.8007

1.1407 2.7908 1.9409 7.3508 1.5808 9.5710 1.1708 2.6807 9.4508 7.4908 5.2507 3.5507 4.4508 6.9608 3.0607 2.6511 2.9508 1.8908 4.5807 6.2609 9.2709 5.9707 6.2208 8.3408 1.2706 4.2008 2.9906 1.1107 7.1207 1.8207 1.2306 9.1008 1.9207 1.2808 2.5609 7.4109 5.1408 1.3407 8.9408 6.0107 1.8208 2.7307

1.1607 2.9008 1.6909 7.3808 1.4108 8.3110 1.1408 2.7107 8.9908 6.9808 3.9707 3.7907 4.2308 6.7408 3.2607 2.4211 2.7908 1.7108 4.7107 5.4309 8.8209 6.1307 5.5608 7.7108 9.4407 3.7508 3.1806 1.0307 7.3307 1.6007 1.2506 8.3508 1.9207 1.1408 2.5109 6.5309 5.0908 1.3307 8.9008 6.2007 1.6408 2.6907

1.1707 3.0008 1.5109 7.4108 1.2908 7.3710 1.1108 2.7307 8.6408 6.6008 3.0107 4.0007 4.0608 6.5708 3.4407 2.2611 2.6808 1.5708 4.8107 4.8009 8.5309 6.2407 5.0808 7.2508 7.0007 3.4208 3.3406 9.5808 7.4707 1.4307 1.2606 7.7808 1.9207 1.0408 2.4809 5.8709 5.0608 1.3107 8.8708 6.3307 1.5108 2.6607