Grotrian diagrams for highly ionized iron FeVIII-FeXXVI

ATOMIC DATA AND NUCLEAR GROTRIAN DATA TABLES DIAGRAMS 23,195294 FOR HIGHLY KAZUO Institute IONIZED IRON FEVIII-FEXXVI MORI of Physical and ...

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ATOMIC

DATA AND NUCLEAR

GROTRIAN

DATA TABLES

DIAGRAMS

23,195294

FOR HIGHLY KAZUO

Institute

IONIZED

IRON FEVIII-FEXXVI

MORI

of Physical and Chemical Research Wako-shi, Saitama 35 1, Japan

MASAMOTO Institute

(1979)

OTSUKA

and TAKAKO

KATO

of Plasma Physics, Nagoya University Nagoya 464, Japan

Energy levels and Grotrian diagrams for FeVIII-FeXXVI are presented. Wavelengths, configurations for each transition, oscillator strengths, and radiative transition probabilities are tabulated with references.

0092-640X/79/030195-100$2.00/0 Copyright 0 1979 by Academic Press, Inc. All rights of reproduction in any form reserved.

195

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3, March

1979

K. MORI,

M. OTSUKA,

and T. KATO

Grotrian

Diagrams

for FeVIII-FeXXVI

CONTENTS

INTRODUCTION........................................... EXPLANATION DIAGRAMS

FOR FeVIII

EXPLANATION TABLES.

OF DIAGRAMS

. . . . . . . . . . . . . . . . . . . . . . . . , . . . 198

- FeXXVI

OF TABLES

196

. . . . . . . . . . . . . . . . . . , . . . , . . . . 200

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 233

Transition Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 234 Wavelengths, configurations, oscillator strengths, transition probabilities, and reference numbers for FeVIII -FeXXVI

REFERENCES

FOR TABLES

. . . . . ..*..*...*................

283

INTRODUCTION Energy levels and Grotrian diagrams of FeVIIIFeXXVI are presented. They were originally compiled for our studies on impurities in tokamak plasmas and on the spectral intensity distribution of solar radiation. When our work was started in 1973, the only useful bibliography was in the wavelength tables by Kelly and Palumbo,l which, however, did not supply us with sufficient information above FeXVIII. Since then, Fawcett2 has presented a review on the classification of highly ionized atoms, including iron. Reader and Sugar” published the energy levels of iron, Fe1 through FeXXVI, derived primarily from available spectra. Fawcett4 made a compilation of the lower resonance transitions of ions, Z 5 28, supplemented by wavelengths predicted theoretically. The latter two articles almost completed the data on iron up to FeXX. Since 1975, the emphasis has been on the carbon-, boron-, beryllium-, and lithium-like FeXXI-FeXXIV ions. At first their lines were identified in solar flare spectra, and later, they were compared with laboratory data from laser and tokamak plasmas. The high-power laser (up to 100 GW) provided extensive classifications of FeXIX-FeXXII (Kononov et a1.5), and tokamaks supplied definite identification of the principal resonance transitions of FeXXIII and FeXXIV (Hinno@). For example, the lithium-like 255-A and 192-A lines were recently classified (Widing and Purcell,’ Sandlin et a18) with a spectrograph on a satellite by analyzing isoelectronic sequences from MgX to NiXXVI. They were finally confirmed by Hinnovs in the experiment on the PLT tokamak; FeXXIV (Li sequence): 255.11 + 0.03 A, and 192.05 -I 0.03 A, ~.s~S~,~-~JI~P,,,. ~2s1,2-wpl,2, In high-temperature plasmas (of 1 million degrees or more), elements such as iron are ionized up to the

2,s22@’ configurations. Spectra of these ions, FeXVII through FeXXIV, lie mainly in two wavelength regions: the first between 10 and 17 A, which includes 2p”-2p”-‘3d emission lines, and the second between 90 and 270 A, where spectra of the 2.~~2p~-2@~+~ transitions are found. We have summarized the data published recently (up to 1976) in addition to those in the above-mentioned references. The wavelength tables thus compiled were converted to the accompanying diagrams. Diagrams showing transitions from one energy level to another are called “Grotrian diagrams.” Typical examples of such diagrams are found in the book published by Bashkin et allo In the usual diagrams such as Bashkin’s, the line density is sometimes too great for each line to be drawn distinctly because most of the transition lines are connected obliquely to the common lower levels. In the present diagrams, all the lines are drawn in parallel and connected to the lines extended from the lower levels. As a result, dense packing of lines and figures is avoided. Furthermore, the multiplet lines are accommodated as a whole. Our diagrams are, so to speak, combinations of tables of wavelengths and energy levels. Thus, the desired wavelengths and level energies are easily found. Also, the wavelength values are lined up in various groups, so that the characteristics of the transitions can be discerned at a glance. The wavelengths and level energies have been derived mostly from experimental spectra in laboratory or solar plasmas, except a few that are due to Fawcett’s predictions. (August 1977)

196

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3, March

1979

Grotrian Diagrams for FeVIII-FeXXVI

K. MORI,M.OTSUKA,andT.KATO

ards and Y.-K. Kim of Argonne National Laboratory. One of the authors (K.M.) is especially indebted to Dr. A. Funahashi and others in the tokamak group of Japan Atomic Energy Research Institute for their continuous encouragement during this work.

The present Grotrian diagrams were originally published in 1977 as a report (IPPJ-AM-3) of the Institute of Plasma Physics (IPP), Nagoya University. We have added tables of wavelengths, oscillator strengths, and transition probabilities and references relevant to the diagrams. Since the tables were compiled after the completion of the diagrams, the references for the tables include those through 1978. This work was performed as one of the activities of the Working Group on Atomic Processes at the Research Information Center, IPP. Larger diagrams (52 x 36.5 cm) are available upon request to the Research Information Center, as long as the supply lasts. According to some recent information, two kinds of publications are expected to appear in relation to the present tables. One is an article by J. P. Desclaux, K. T. Cheng, and Y-K. Kim, which has been submitted to J. Phys. B, entitled “Relativistic Energy Levels of FeXXI.” This article shows the calculated energy levels of FeXXI with configurations 2s22p2, 2s2p3, and 2p4. The other is a critical compilation on transition probabilities of Fe1 through FeXXVI, Co1 through CoXXVII, and NiI through NiXXVIII, which will be published in J. Phys. Chem. Ref. Data in late 1979 or early 1980. The authors are K. R. Fuhr, G. A. Martin, S. M. Younger, and W. L. Wiese. These two publications will supplement the present data compilation . Very recently, Dr. Katharine Way informed us of two further publications, which are referenced at the end of this introduction (Kelly and Harrison,” Fawcett12). (July 1979)

References

for Introduction

1. R. L. Kelly and L. J. Emission Lines below through Krypton, NRL ment Printing Office, No. 0851-00061 (1973)

Palumbo, Atomic 2000 Angstroms: Report 7599, U. Washington, D.

and Ionic Hydrogen S. GovernC., Stock

2. B. C. Fawcett, Advan. Atom. Mol. Phys. 10, 223 (1974) 3. J. Reader and J. Sugar, J. Phys. Chem. Ref. Data 4, 353 (1975) 4. B. C. Fawcett, ATOMIC DATA AND NUCLEAR DATA TABLES 16, 135 (1975) 5. E. Ya. Kononov, K. N. Koshelev, L. I. Podobedova, S. V. Chekalin, and S. S. Churilov, J. Phys. B 9, 565 (1976) 6. E. Hinnov,

Phys. Rev. A 14, 1533 (1976)

7. K. G. Widing and J. D. Purcell, Astrophys. L151 (1976)

J. 204,

8. G. D. Sandlin, G. E. Brueckner, B. E. Scherrer, and R. Tousey, Astrophys. J. 205, L47 (1976) 9. E. Hinnov, private communication phys. J. 230, L197 (1979)

(1977); Astro-

10. S. Bashkin

and J. 0. Stoner Jr., Atomic Energy Levels and Grotrian Diagrams, Vol. I, Hydrogen Z-Phosphorus XV (North-Holland, Amsterdam,

Acknowledgments

We owe special thanks to Drs. S. Hayakawa, Y. Itikawa, and S. Ohtani of Nagoya University and K. Way of Duke University for their valuable comments and kind arrangement for publication. Useful suggestions were given to us by Professor K. 'YE&ayanagi, Professor H. Suzuki, and others in the working group for compilation of atomic data for fusion research in the Institute of Plasma Physics, Nagoya University. Valuable comments were also given to us by Drs. W. L. Wiese of the National Bureau of Stand-

1975) 11. R. L. Kelly

and D. E. Harrison,

AND NUCLEAR

ATOMIC DATA DATA TABLES 19,301(1977)

12. B. C. Fawcett, Theoretical oscillator strengths for 2s22pn-2s2pn+’ and 2~2p”+‘-2p”+~ transitions and for 2s22pn “forbidden” transitions. Be I, B I, C I, N I, 0 I series,Z 5 26, ATOMIC DATA AND NUCLEARDATA

197

Atomic

TABLES 22,473

Data and Nuclear

Data Tables,

(1978)

Vol. 23, No. 3, March

1979

K. MORI,

M. OTSUKA,

and T. KATO

Grotrian

Diagrams

EXPLANATION FeVIII, etc.

FeXXII

8% 8:: 3,2

f3P”)4s

$0

112

FeXXVI

,

for FeVIII-FeXXVI

OF DIAGRAMS

Ion species of iron, Fe +7, Fef25, etc. According to conventional expression in spectroscopy, Fe1 indicates the first spectrum, that is, the spectrum of the neutral atom which was first identified, Fe11 the second spectrum belonging to singleionized ion, and so on

II-Sequence, HeSequence, etc.

The relevant ions have the same electronic urations as those of neutral hydrogen, helium, etc.

Ordinate

Energy of the levels in cm-’ and eV. Transition wavelengths are shown in angstroms

‘S, ‘PO, etc. (‘/;, 1/2) 2[1h], etc.

Configurations of initial and final states. Under FeIX (A sequence) and FeXVII (Ne sequence) ‘S, P, etc., indicate LS coupling, and (l/i, M), 2[1A], etc., indicate ji coupling

Limit

The ionization

11013ooo

Normal vertical type, light horizontal lines: energy level value, in cm-‘, calculated from observed wavelengths in present compilation

4s

Orbital

1%

J-value

37.66

Wavelength,

842930 837750

Bold vertical type, heavy horizontal from Reader and Suga?

(T)4s

Configuration of parent argon core to which a 4.r electron has been added, resulting in configurations 2Po and 4Po

312,

‘95

limit,

configneutral

in cm-’ and eV

of excited electron

in A

lines: values

J-values

IIT

FeVIII

8s s;x @a-.

Italic

2047904 1941046

vertical type, heavy horizontal from Fawcett4

lines: values

E+$g+$ FeXX 198

Atomic

Data and Nuclear

Data Tables,

Vol. 23. No. 3, March

1979

K. MORI,

M. OTSUKA,

132.85

121.83 118.66

and T. KATO

Grotrian

Diagrams

for FeVIII-FeXXVI

Heavy vertical lines: resonance transitions with absorption oscillator strengthf 2 0.1. The choice f 3 0.1 is rather arbitrary, but gives a fairly reasonable clue for estimating spectral intensities in various plasmas

FeXX

2 s ‘j 6s $

l/2

Tr

XTY,Z

In FeVIII, x means that the level energy is measured from the x level, which is not yet absolutely determined in energy, because those groups of levels including x have no transitions connected to the ground level. x is used in FeVIII, XII, XIII, XIV, XIX, and XX. y in FeXII and FeXIV and z in FeXIV represent different groups of lines with the same meaning as x. In the case of FeXIX and FeXX, thex level is not shown, because x means small ambiguities in this case. Especially in 2s2p4 9 of FeXX, Reader and Suga? did riot specify absolute energy values, but Fawcett (shown in italics) could determine the absolute values by means of identification of the intercombination line

3P5(2p”) l 3d2(3P)

The configuration

I

FeVIII

3pw=-,~!3 l 3d’f’P)%%

~P”(~P”) 3d2 (“P). The expressions ~P~(~P”) 3d2(3P) 2P”, ~P”(~P”) 3d2(3F) 2Do, 3p5 (“PO) 3d2(3F) 2Fo are adopted from the tables by

312 l/2

Reader and Suga?

r

FeVIII

3P, 3D 3s3p34d

3s3p3 4d 3P and/or 3D

3P,3P 3s3p3d2

3s3p3d2 3Po and/or 3Do

FeXIII

199

Atomic

Data and Nuclear

Data Tables.

Vol. 23. No. 3, March

1979

K. MORI, M. OTSUKA, and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

DIAGRAMS FOR FeVIII-FeXXVI See page 198 for Explanation of Diagrams I *P

*PO

*D

’ I

*F”

*Do

4po

I

4Do

4F0

Fe VIII (K-Sequence)

200

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Data end Nuclear

Data Tables,

Vol. 23. No. 3. March

1979

K. MORI, M. OTSUKA,

and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

DIAGRAMS FOR FeVIII- FeXXVI See page 198for Explanation of Diagrams

‘P”

(‘h.‘/P

IDo

IF0

1F 1G P/z,%) (‘h,%)

3P0 (%,‘/P

1

I

Fe IX(A-

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3, March

1979

K. MORI, M. OTSUKA, and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

DIAGRAMS FOR FeVIII- FeXXVI See page 198for Explanation of Diagrams

r

( 2P0

1

2D

2D” I

7

i I

-

Fe X (Cl -Sequence)

202

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3, March

1979

K. MORI,

M. OTSUKA,

Grotrian

and T. KATO

Diagrams

for FeVIII-FeXXVI

DIAGRAMS FOR FeVIII-FeXXVI See page 198for Explanation of Diagrams

2F

2F”

2G (

2G”

I&

4P

14P014DoI

4F

T

1

Fe X (Cl - Sequence)

203

Atomic

Data and Nuclear

Data Tables.

Vol. 23. No. 3, March

1979

K. MORI, M. OTSUKA, and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

DIAGRAMS FOR FeVIII- FeXXVI See page 198 for Explanation of Diagrams

I i 3D

I

3D”

3F

I

Fe XI (S -Sequence)

Atomic

Data and Nuclear

Data Tables,

Vol. 23. No. 3. March

1979

K. MORI, M. OTSUKA, and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

DIAGRAMS FOR FeVIIIFeXXVI See page 198 for Explanation of Diagrams I

3G”

j

‘PO

I

1‘D I

T

I

‘D”

‘F’

Fe XI (S-Sequence)

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3. March

1979

K. MORI,

M. OTSUKA,

and T. KATO

Grotrian

Diagrams

for FeVXXX-FeXXVI

DIAGRAMS FOR FeVIII-FeXXVI See page 198 for Explanation of Diagrams

49

4P

4D

4Do

4/=

4F“

-0

2s

2P

2P0

s B 5/z1: ‘PIG ei r

I, :;

D $!Tl-

-

1

Fe XII (P-Sequence)

206

Atomic

Data and Nuclear

Data Tables.

Vol. 23, No. 3, March

1979

K. MORI,

M. OTSUKA,

Grotrian

and T. KATO

Diagrams

for FeVIII-FeXXVI

DIAGRAMS FOR FeVIII-FeXXVI See page 198 for Explanation of Diagrams

43

I

I

I

I I

I

*Do

w ..c ,.

Fe XII (P-Sequence)

207

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3, March

1979

K. MORI, M. OTSUKA, and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

DIAGRAMS FOR FeVIIIFeXXVI See page 198 for Explanation of Diagrams T

39

3P

I

I 3DI

3P0

3D” I

I

Fe XIII (Si -Sequence)

208

Atomic

Data and Nuclear

Data Tables.

Vol. 23, No. 3, March

1979

K. MORI, M. OTSUKA,

Grotrian Diagrams for FeVIII-FeXXVI

and T. KATO

DIAGRAMS FOR FeVIII-FeXXVI See page 198for Explanation of Diagrams

3F

3F”

36

1s

‘P

‘PO

‘D

‘Do

[

‘F”

/

‘G

c

--M

-

18

-

73

-18

200

-1,

( <

-70

,ilob --Bo

1

---a0 -3

1x106

-30

-2

‘.,I?

-20

xro”

-7

-

10

Fe XIII (Si -Sequence)

209

Atomic

Data and Nuclear

Data Tables,

Vol. 23. No. 3. March

1979

K. MORI,

M. OTSUKA,

and T. KATO

DIAGRAMS

Grotrian

I

2P

for FeVIII-FeXXVI

FOR FeVIII-FeXXVI

See page 198 for Explanation

2s

Diagrams

I

of Diagrams

2D

E 2D” I

2F

$

Fe XIV (Al - Sequence)

210

Atomic

Data and Nuclear

Data Tables,

Vol. 23, NO. 3, March

1979

K. MORI, M. OTSUKA,

and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

DIAGRAMS FOR FeVIII-FeXXVI See page 198for Explanation of Diagrams

2F0

( 49

) 4P

/

4pO

I 4DI 4FI -

18

-

I6

-14

--II

-10

-8

-6

-4

-2

1,

Fe XIV (Al - Sequence)

211

Atomic

Data and Nuclear

Data Tables.

Vol. 23, No. 3. March

1979

K. MORI, M. OTSUKA, and T. KATO

GrotrianDiagrams for FeVIII-FeXXVI

DIAGRAMS FOR FeVIII-FeXXVI See page 198for Explanation of Diagrams

‘F”

3s

3PO

P ” -I

a :

E I

Fe XV (Mg-Sequence)

212

Atomic

Data and Nuclear

Data Tables.

Vol. 23. No. 3, March

1979

K. MORI, M. OTSUKA, and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

DIAGRAMS FOR FeVIII-FeXXVI See page 198 for Explanation of Diagrams

3F0

3D

-

-

=

= -

36

Fe XV (Mg - Sequence)

213

Atomic

Data and Nuclear

Data Tables.

Vol. 23. No. 3, March

1979

K. MORI,

M. OTSUKA,

and T. KATO

DIAGRAMS

Grotrian

Diagrams

for FeVIII-FeXXVI

FOR FeVIII-FeXXVI

See page 198 for Explanation of Diagrams

!I

1.1d-

SO-

-

L--

.&.!G

Fe XVI (Na -Sequence)

214

Atomic

Data and

Nuclear

Data Tables.

Vol. 23, NO. 3, March

1979

K. MORI, M. OTSUKA,

Grotrian Diagrams for FeVIII-FeXXVI

and T. KATO

DIAGRAMS FOR FeVIII-FeXXVI See page 198for Explanation of Diagrams I 2D

I

I ’ 2D=’

2F0

Fe XVI (Na -Sequence)

215

Atomic

Data and Nuclear

Data Tables,

Vol. 23. No. 3, March

1979

K. MORI, M. OTSUKA,

and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

DIAGRAMS FOR FeVIII-FeXXVI See page 198for Explanation of Diagrams

lPO ’ lPO

I lD

I lDO I

t 5

W’

-

i

I!

I’ ::

a2 a*

I

E

I Fe XVII

-

(1Ve - Sequence) 216

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3. March

1979

K. MORI,

M. OTSUKA,

and T. KATO

Grotrian

Diagrams

for FeVIII-FeXXVI

DIAGRAMS FOR FeVIII-FeXXVI See page 198 for Explanation of Diagrams

3P0

3D” WI0

I cm-

a”

OXlo” --Iml

0x10” -

f 5 5

-low 8.10”

7”ld

--em

6.100 -

5rrd ---Ma

-

-

k

XVII

Je - Sequence)

217

Atomic

Data and Nuclear

Data Tables.

Vol. 23, No. 3, March

1979

Grotrian Diagrams for FeVIII-FeXXVI

K. MORI, M. OTSUKA, and T. KATO

DIAGRAMS FOR FeVIIIFeXXVI See page 198 for Explanation of Diagrams

*PO

2P

WY r I/?’I’ E! f !?J

n c

-

Fe XVIII (F-Sequence)

218

Atomic

Data and Nuclear

Data Tables.

Vol. 23. No. 3. March

1979

K. MORI, M. OTSUKA,

and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

DIAGRAMS FOR FeVIII-FeXXVI See page 198for Explanation of Diagrams

2D

I I 2F

4P

Fe XVIII (F -Sequence)

219

Atomic

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Data Tables,

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3. March

1979

K. MORI,

M. OTSUKA,

Grotrian

and T. KATO

Diagrams

for FeVIII-FeXXVI

DIAGRAMS FOR FeVIII-FeXXVI See page 198 for Explanation of Diagrams

1D

‘P” I

‘F’ I

-?

-

Fe XIX (O-Sequence)

220

Atomic

Data and Nuclear

Data Tables,

Vol. 23. No. 3. March

1979

K. MORI,

M. OTSUKA,

Grotrian

and T. KATO

Diagrams

for FeVIII-FeXXVI

DIAGRAMS FOR FeVIII-FeXXVI See page 198 for Explanation of Diagrams

1

3D”

3P0

i

Fe XIX (O-Sequence)

221

Atomic

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Data Tables,

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1979

K. MORI, M. OTSUKA, andT. KATO

GrotrianDiagramsfor FeVIII-FeXXVI

DIAGRAMS FOR FeVIII- FeXXVI See page 198for Explanation of Diagrams

2s

2P

2D I

4 I

L T

2 2

S/2. 11 3/2’

I

=

=

-

-

= =

Fe XX (N -Sequence)

222

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3, March

1979

Grotrian Diagrams for FeVIII-FeXXVI

K. MORI, M. OTSUKA, and T. KATO

DIAGRAMS FOR FeVIII-FeXXVI See page 198 for Explanation of Diagrams

XP

I

2F

4SO

I

I

3123 . -

-

Fe XX (N -Sequence)

223

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3. March

1979

K. MORI, M. OTSUKA, and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

DIAGRAMS FOR FeVIIIFeXXVI See page 198 for Explanation of Diagrams I

I ‘D

‘P”

‘D”

Fe XXI (C-Sequence)

224

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Data Tables.

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1979

K. MORI,

M. OTSUKA,

Grotrian

and T. KATO

Diagrams

for FeVIII-FeXXVI

DIAGRAMS FOR FeVIII-FeXXVI See page 198 for Explanation of Diagrams 1

3DD

3PO

3P

) 3F

/

3F”

1

I

Fe XXI (C-Sequence)

225

Atomic

Data and Nuclear

Data Tables.

Vol. 23. No. 3, March

1979

K.

MOFU, M. OTSUKA, and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

DIAGRAMS FOR FeVIIIFeXXVI See page 198 for Explanation of Diagrams

2s

29

2P

2P0

I

&u

-

Fe XXI I (B - Sequence)

226

Atomic

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Data Tables,

Vol. 23, NO. 3, March

1979

Grotrian Diagrams for FeVIII-FeXXVI

K. MORI, M. OTSUKA, and T. KATO

DIAGRAMS FOR FeVIII- FeXXVI See page 198 for Explanation of Diagrams I 2D0

I

I 2F”

I 4SO

I

4P

4D”

i

I

I

I P fJ

Fe XXI I (B -Sequence)

227

Atomic

Data and Nuclear

Data Tables,

Vol. 23. NO. 3, March

1979

Grotrian Diagrams for FeVIII-FeXXVI

K. MORI, M. OTSUKA, and T. KATO

DIAGRAMS FOR FeVIII- FeXXVI See page 198 for Explanation of Diagrams

‘P”

‘D”

‘D

‘F”

I QS’ZP

1

(Be -Sequence)

228

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3, March

1979

K. MORI, M. OTSUKA,

and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

DIAGRAMS FOR FeVIII- FeXXVI See page 198for Explanation of Diagrams

3s I

3P

3DO

3D

3PO

I

I

3Fo

I

I

3

4

241 r ax

B c

f

2pY5

-

E

-

-

Fe XXI I I (Be -Sequence)

229

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Data Tables.

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1979

K. MORI, M. OTSUKA, and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

DIAGRAMS FOR FeVIII- FeXXVI See page 198 for Explanation of Diagrams

I I

2po

2P

20

I

f J

1 2F” I

x

( 4P I

an

1 4p

I ,aM

= -

-

Fe XXIV (Li -Sequence)

230

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3, March

1979

K. MORI,

M. OTSUKA,

and T. KATO

Grotrian

Diagrams

for FeVIII-FeXXVI

DIAGRAMS FOR FeVIII-FeXXVI See page 198 for Explanation of Diagrams

‘PO

‘D

‘F”

3PO

3s

30

3F”

Fe XXV (He-Sequence)

231

Atomic

Data and Nuclear

Data Tables,

Vol. 23. No. 3. March

1979

Grotrian Diagrams for FeVIII-FeXXVI

K. MORI, M. OTSUKA, and T. KATO

DIAGRAMS FOR FeVIIIFeXXVI See page 198 for Explanation of Diagrams

1

2P0

I K -I In-

t ; J

c I/?-

t

Ja 1/z-

0 -m

II-

-

Fe XXVI (H -Sequence

232

Atomic

Data and

Nuclear

Data Tables.

Vol. 23, No. 3. March

1979

K. MORI,

IP A f i 1.2841°

M. OTSUKA,

and T. KATO

Grotrian

Diagrams

EXPLANATION

OF TABLES

for FeVIII-FeXXVI

Ionization potential, in electron volts Wavelength in A Absorption oscillator strength Statistical weight of lower state Radiative transition probability in set-’ 1.284 x 1O’O

The sixth column gives the numbers of the relevant references. An * indicates that the reference is for oscillator strength or transition probability

233

Atomic

Data and Nuclear

Data Tables.

Vol. 23, No. 3, March

1979

K. MORI,

M. OTSUKA,

and T. KATO

Grotrian

Diagrams

for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables VIII

Fe

(K - Seauence)_

IP = 151.06

x 370.427 365.873

223.870

Configuration

3p64p2p

3/z 2P

4p2P 2P

196.046

3d2Do

194.762

187.225

186.609

185.225

168.933

168.548

168.176

167.488

6

5s

0.264

0.1321

1.2841°

47:151,152,159

SO

0.267

0.1337

6.692'

47:151,152,159

0.049

0.02443

6.503'

47:151,152,159

0.049

0.02462

3.325'

47:151,152,159

l/2

0.103

0.05144

1.785

2P

3/Z

0.248

0.0619

1.6211'

47:151,152,159

2P

3/z

0.041

0.01036

1.821'

47:151,152,159

6s 2 2

Y/z T/z

4P2P

3/2-

5/2

D;/2-

2 53 22 -3~ ( F)3d F;,2 3d D5/2

6,18,43,47:77,95,114,119, 120,121,151,152,172*

0.501

6,7,8,18,43,47:77,95,108,114, 119,120,121,151,152,172:227, 236

P;,2

0.467

6,8,18,43,4~77,95,114,119, 151,152,172

P'

0.563

6,8,18,43,47:77,95,114,119, 151,152,172*

0.678

6,7,8,18,43,47:77,95,10~,114, 119,120,121,151,152,172,227, 236

0.658

6,7,8,18,43,47:77,95,108,114, 120,121,151,152,172:236

F;/2

2

2 F;/2

D5/2-

3 P)3d 22

2

2 D5/2-

2 3d D5,2-(3F)3d22Do

2 3/2-

130.939

2D

D;/2

4f2Fo

3d2D 5,2-(3P")4s4P;,2

119.37

3d2D

3/z

712

2 FO 512

3/2-

120.31

2

3/z

512

2D

2D

118.28

2 3d D5,2-

6,47:95,151,152,159,172*

0.4349

1.12811

6,47:95,151,152,159,172*

44,104,152 2

44,104,152

p;/2 2 PO

44,104,152

3/2

(3F")4s4Fa 4

D3/2-

1.20011

-(3P")4s2P;,,

3/2-

2

0.4132

44,104,152

D5/2-

118.63

47:151,152,159

0.522

2

3,2-(

10

6,8,18,43,47:77,95,121,151, 152,172*

D3/2-

3d2D

References

0.025

2

2 3d D5/2-

117.65

s;,2

2

l/2

1/2-

131.242

118.89

A

1/2-

2 DO 2

f

2

3/2-

222.189

195.476

-3p

gf

eV

44,104,152

712

44,104,152

FO

5/z

234

Atomic

Data and Nuclear

Data Tables.

Vol. 23, No. 3. March

1979

K. MORI, M. OTSUKA, and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables

F

VIII

(K - Sequence) IP = 151.06

.A 117.18

Configuration 3d2D

116.43

2D

3

F")4s2Fo

f

A

5/2-

44,104,152

FO

44,104,152

FO

44.104.152

512

2

5/2

2

3d D5,2-(3D0)4s4Do 2

114.05

2D

44,104,152

712

D5/2-

4 DO

44.104.152

5/z

4

DO

44,104,152

5/z

3/2-

3d2D ,,,-?F')~s~F"

44,104,152

712

112.70

44,104,152 2D

112.49 112.47

2D

98.374

93.616 93.469

2 3/22

5f

2

44,104,152

DO

44,104,152

F;/2 2

D3/2-

2 D5/22D

3d2D

DO 312

2 D5/2-

3d

44,104,152

5/2

2 3d

DO

5/2

5/2-

D5/2-

107.872

98.548

2

2

112.25

108.083

eV

References

7/2 2

D3/2-

114.29

112.93

-(

2

116.18

114.56

512

gf

F;/2

6f2Fo

712

2 3/2-

F;/2

2 5/2-

2

7f

F;/2 2

D3/2-

FO

5/2

1.313

0.1641

7.0291°

47:151,152,159,174,233

1.036

0.1727

6.5991°

47:151,152,159,160,233

0.642

0.08025

4.1361°

1,47:151,152,159

0.505

0.08422

3.881

0.362

0.04537

2.6021°

0.286

0.04771

2.442

235

10

1,47:151,152,159

1,47:151,152,159 10

Atomic

1,47:151,152,159

Data and Nuclear

Data Tables,

Vol. 23. No. 3. March

1979

K. MORI, M. OTSUKA, and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

TABLES.

Transition

Data

See page 233 for Explanation of Tables Fe

1X

(A

- Sequence) IP = 233.6

a 244.912

Configuration

gf

f

6,8,51,77,95,114,146,217

ho-

3

71

p;

230.48

3p61so-

3d3F;

218.93

3p61so-

3dlD;

217.108

3p61so-

3d3D;

171.075

3p61so-

3dlP;

118.27

3d1F3-4flG4($,$

116.42

3d3D;-4f3F32[$l 3

D;-

3d1D;-4fh3(+,$)

114.111

3 3d F;-4f

113.80

112.375

3 F”3 3 F;-

6,8,51,77,95,114,146,217*

114,171,181

27

217*

6,8,51,77,79,87,95,114,146, 148,151,152,215,217 3.72

3.720

2,6,7,17:18:43,51,52,77,79,84: 87,95,103,108,114,119,120,121, 146,151:152,172:199,217,227, 236 90,219

2.28 3F42

115.353

114.027

References

3s23p61SO-3s23p53d3P;

241.739

115.996

A

90:152,219,226 152,226

[;I

1.97

90:152,219,226

3G3 29[?I

1.85

90:152,219,226

3G42 $1

2.80

90:152,219,226

4.35

90:219,226

3

G5

29

'51

3d3P;-4f3D22[$]

219,226

3D32

$1

112.017

3 PO2 3 Pi-

3D12

$1

111.791

3Po-

3D22

$1

1.18

90:152,219,226

111.713

3 PO-

3D12

$1

0.56

90:152,219,226

112.096

1 0

105.236

3p6+S

103.580

83.444

eV

90:152,219,226 90,152,219,226

J 148 .

0.147

6,84:90:103 174,219,2335242

3p61so-~2P.~4slP;~3,~~.

0.229

0.229

6,84:90:103,151:152,160,172~ 219,233:242

3~61so-~2P")4~3P~2[~lo

0.469

0.469

1,6,84:90:152,172:219

0

-(2Po)4s3Po(z

2.05

1 2'2

$

236

Atomic

Data end Nuclear

151:152,160,172:

Data Tables,

Vol. 23. No. 3. March

1979

Grotrian Diagrams for FeVIII-FeXXVI

K. MORI, M. OTSUKA, and T. KATO

TABLES.

Transition

Data

See page 233 for Explanation of Tables

Fe h

1X

(A - Sequence)

Configuration

82.423

3p61SO-(2Po)4$P;2

73.618

3p61s

0

-(2P")5s3Po(z

[;I”

1 2‘2

gf

f

0.241

0.241

A

References

1,6,84:90:95,152,172:219

$0

1.152.219

72.85

1,152

237

Atomic

Data and Nuclear

Data Tables.

Vol. 23, No. 3. March

1979

K. MORI, M. OTSUKA,

and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

TABLES. Transition Data See page233 for Explanation of Tables X

Fe

cca - Sequence) IP = 262.1

Configuration

.A

6374.51

3s 2 3p 52p.

365.57

3p52P

gf

-3s23p52p.

3/2 l/2

l/2

2

345.750

2 PO3/2-

sl/2

eV

Peferences

55.89

l/2

-3s3p62S

A

f

48,142,177:202

0.0695

0.03

1.60'

8,17:18:49:~1,7~,86,87,89,114, 151,152,192,234

0.141

0.03

3.66'

8,17:18:51,63,77,79,86.87,89, 95,114,119,151,152,175,192: 234:236,242

190.044

3P52PO ,,,-(1D)3d2Sl,,

0.456

0.160

10

4.37

6,8,20:49:51,77,79,84:87,95, 114,119,148,151:152,172:192*, 227

184.542

2 PO 3/2

28

m

1.25

0.59

l.2711

6,7,8,24:51,77,79,84:87,95 108,114,119,151:152,172:19;: 227,236

182.308

3p52Po l,2-(1D)

3d2P

2

180.407

2 p;/2-

177.243

pl/2

2 PO 3/2

2P

2

175.474

IP

p;/2-

175.266

3p

52

P;,2-(1D)

2D

p;/2-

170.61

2 PO

312

l/2

3d2D3,,

2

174.534

312

-

2D

3/2

512

3/2

144.328

?D)

3d2F 7,2-

?D)

4p2D’

140.678

(‘0)

3d2G 7,2-

I'D)

~P’F”~,~

2

139.868

S/2

2

G9/2-

F’7/2

0.129

0.064

2.94g

6,8,24:43,79,83,84:87,95,151*, 152,172:192*

1.13

0.575

l.2811

6,24:43,77,79,84:87,114,151~ 152,172:192*

3.07

0.802

l.8011

6,7,8,24:43,49:51,77,79.84:87, 95,108,114,119,120,121,151~ 152,172:192:227,236

0.417

0.125

5.0110

6,8,24,43,79,84,87,95,151~ 152,172,192,227

3.41

2.01

2.0311

6,8,24:43,51,77,79,84:87,95, 114,119,120,121,142,151~152, 172:192:227

5.34

1.62

2.14

0.268

0.067

6.25’

11

6,7,8,2@,43,49,51,77,79,8@,87, 95,108,114,119,120,121,142, 151,152,172,19?',227,236 6,24:43L79,84:87,142,151,152, 172,192

0.26

901152

0.30

go:152

0.52

49:90:152

140.296

(3P)3d4P7,2-(3P)4p4D07,2

0.52

901152

137.027

(3P)3d4D7,2-(3P)4p4P05,2

0.25

go:152

104.626

(ID)

3.47

go:152

3d21' 7,2-'1D)4f2Gog,2

238

Atomic

Data and

Nuclear

Data Tables.

Vol. 23, NO. 3, March

1979

K. MORI, M. OTSUKA,

and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables (ce - Sequence)

Fe X A

configuration

2

104.248

103.724

='1/2

( 3 P)3d 2 F5,2-(3P)4f2Go,,2 2

2 F7/2

?S)3d2D

GO g/2

5,2-h4f2Fo 2

102.829

102.348

2 F5/2-

103.164

103.319

gf

D

712 2

3/2-

FO

5/2

(3P)3d4F7,2-(3P)4f4G"9/2 4

102.095

4 F9/2-

101.846

4F

Goll,2

4 3/2-

G"5/2 4

A

References

1.86

49:90:152

2.17

52,90:152

2.43

90:152

3.29

go:152

1.96

49,90:152

2.96

go*

5.49

90*

1.56

go*

2.28

go*

101.733

4F

102.192

(1D)3d2Gg,2-~1D)4f2Roll,2

5.48

90:152

101.435

3 4 ( P)3d F7,2 -L3P)4f2G.g,2

1.38

49:90:152

100.026

3 4 ( P)3d D7,2 -(3P)4f4Fog,2

3.88

6,49:90:152

97.838

3ps2po 2

97.122

97.591

3p

52 2

96.788

5/2-

GO

g

-(3P)4s4P5,2

3/2 PO 3/2-

p;/2

4P

3/2

- t3P) 4s2P3,2

p;/2-

2

pl/2

96.122

2 PO 3/2-

2P

95.338

2 PO 3/2-

2P

95.374

7/2

312

1/2

3p 52 P;,2-(1D)4s2D3,2

0.014

0.003

6,67,84:90:95,151:152,172:174

0.201

0.05

6,49:67,84:90:95,151:152,172~ 174,233

67,84:90:151,152,242

0.041

0.211

0.118

67,84:90:151,174,242

0.473

0.118

6,49:67~84:90:95.151,152,172, 174,233

0.161

67,84:90:151,152,174,204

0.290

0.145

0.374

0.093

6,33,49*52,67,84:90:95,151, 152,172!174,233:242

0.151

0.076

6,84:90*

0.856

0.214

6,84:90*

6,67,84:90:95,151,152,172:

242 2

94.012

78.769

77.865

3p

52

PO 3/2-

2 D5/2

P;,2-(3P)4d2D3,2

2

2 p;/2-

D

5/2

239

Atomic

Data and Nuclear

Data Tables,

Vol. 23. No. 3. March

1979

K. MORI, M. OTSUKA, and T. KATO

TABLES.

Grotrian Diagrams for FeVIII-FeXXVI

Transition

Data

See page 233 for Explanation of Tables Fe h

X

ccc

Configuration

2

77.812

PO

312

52

2

-

D3/2

3p

77.728

3p52p;,2-(3p)4d4F5,2

76.822

3p

2

76.006

Pi,,-oP)4d2P3,2

P;,2-(1D,4d2Pl,2 PO

52

3p

76.495

3P52PO l,,-(‘0)

75.685

2

1/2-

76.627

2

‘3/2

P;,2-?P)4d2F5,2

p;/2-

f

gf

78.151

52

- Sequence) A

References

0.29

0.073

90*

0.16

0.04

go:152

0.15

6,84,90*

0.31

0.15

90:95,152

0.451

0.113

6,84,90:95,152

0.26

4d2D 2

312 D5/2

84,90:152

0.469

0.23

6,84:90:151,152

0.410

0.103

84:90:151,152

240

Atomic

Data and Nuclear

Data Tables.

Vol. 23, No. 3. March

1979

K. MORI, M. OTSUKA,

and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables Fe

Xl

(S - Sequence) IP = 290.3

h

gf

Configuration

f

A

ev References

7871

33.8

129,131,142,177:202,216

3987

10.26

177:.202,216

1467.4

369.23 358.64

356.55

352.680

348.97 341.115

308.61

202.723 202.67

192.819

188.219

3p41so

3p43p1-

772.9

3p43p1-3s3p53p; 3

3 pO-

'T 3

3 pl-

';

3

p;

pl-

3 p2-

3p41c12-3s3p

51

0.12

8,1~:51,79,86,87,89,151,152,

6,8,18:51,63,11,19L86,81,89,

95,114,151,152,234,236

3

3

8,18:79,86,87,89,151,152,234* 8,1f$51,79,86,87,89,151,152, 234

0.56

'Z

3

0.19 0.15

234

3 p2-

122,145,146,152,177:202,207, 216

PO 1

Pi

0.068

18:63,79,86,87,89,151,152,234

0.20

6,8,18,51,79,86,87,89,95,151, 152,234:236

0.61

8,79,86,87,89,151,152,234*

3p41~2-(2Do)3d3P; 1

6.95 3

D2-

~P~~P~-(~V')~~~P; 3

3 p2-

188.305

3p43P2-(2P")3d3P;

184.800

~P~~D~-(~IY),~%;

6,89,95

pi

p;

0.161

0.053

6,8,24:77,79,84:87,89,95,98, 114,119,151:152,172:227

0.152

0.15

6,8,24:79,84:87,89,95,148,151~ 155,172:227

7,65,77,79,108,119,125,151, 172,202,227,236 3.14

0.538

6,8,24:51,77,79~84:87,89,95,

114.151.152.172

184.41

3p41S0-(2D0)3d1P;

2.19

182.173

3p43Pl-(4S0)3d3D;

2.89

24:79,87,89,152

0.92

6,8,24:51,77,79,83,84:87,89, 95,108,114,119,120,121,142, 151:152,172:227

181.140

180.600 180.407

3

3 pO-

3

"i 3

pl3

D; 3

p2-

9

1.31

6,8,24,51,79,84L81,89,95,119,

1.39

120,121,142,151,152,172

0.91

0.35

6,8,24:79,87,89,142,152,172*

5.30

1.15

6.7.8.24:51,77,79,84:87.89,

95,108,114,119,120,121,142, 151,152,172:227,236

241

Atomic

Data and Nuclear

Data Tables.

Vol. 23. No. 3, March

1979

K. MORI, M. OTSUKA, and T. KATO

TABLES.

Grotrian Diagrams for FeVIII-FeXXVI

Transition

Data

See page 233 for Explanation of Tables Fe Configuration

A

3

178.060

179.762

123.822

(‘Do)

3

123.49

123.572

(2P")3d3F;

121.747

(4So)3d5D;

t2D”)

3d3G; 3

92.81

(4So)3d5D;

91.63

5

91.63

91.394

90.345 90.205 89.178

Do

3

5

D;

-

Da

1

(2D”)

3d3F; 3

-

-

- t2Do)

F;

-

3F;

-

3

plP2-

1.31

6,7,8,24:51,77,79,84:87,89, 95,114,119,120,121,151,152, 172:236

6,90:152

0.41

90:151:152

0.23

90:152

0.45

90:152

2.77

90:151:152

F3

2.13

90:151:152

4f31i6

6.63

90:152

4.26

go:152

3.98

90:152

5.66

90:152

F4

3.86

90:152

F3

2.47

90:152

F2

1.44

90:152

3.84

90:152

G4

2.89

go:152

3G 3

2.27

90:152

p3

3

3

H5

38

4

5 5 5

4f3G5 3

3p43Po-(4So)4s3S; 3

5.64

90:152

-(4S")4f5F5 5

91.63

91.472

G' 4

3Go 3

92.87

91.63

-('DO)

6,8,24,51,79,84,87,89,95,108, 119,120,121,142,151,152,172

0.55

-(2P)4f3F4 -

0.19

0.27

-

2

0.72

*4

5

3

s;

ev References

F3

3

Go 5

Do

A

go:152

Go 4

D;

f

IP = 290.3

0.25 3

-(4So)4p5p2

3

(‘De)

3d'F;

- C2Do)4p3F2

3d'D;

92.8

91.733

t2D”)

D;

-(2P")4p3D2

5

121.419

92.87

p2-

3d3G; 3

gf 3

3p41D2-

123.49

92.9

(S - Sequence)

Xl

0.08

0.091

66,90:151:152,172:174,242

0.20

0.091

66,90:151:152,172:174,242

0.459

0.091

6,66,84:90:95,151:152,172~ 242

242

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3. March

1979

K. MORI,

M. OTSUKA,

and T. KATO

Grotrian

Diagrams

for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables Fe

x

Xl

(S - Sequence)

Configuration

gf

f

A

References

89.771

3p41D2-(2D~)4s3D;

6,152,174,233,242

89.185

3p43P2-(4S")4slP;

152,174,233,242

89.104

3p41D2-(2D")4slD;

88.167

3p43Po-(2Do)4s3D;

88.029 87.995 87.025

86.772

3

3 pl-

3 pl3

"2" 3

P23

9 3

p2-

86.513

3~41D2-(2P")4slP;

86.419

~P~~P~-(~D")~s~D;

73.2

3p43Pl-~4S.)4d3D;

72.635

5 3

3

p2-

D;

0.786

0.157

6,66,84:90:95,152,172:233, 242

0.059

0.059

66,84:90:151:152,172:174

0.14

0.030

66,90:151:152,172:242

0.134

0.044

66,84:90:151:152,172:242

0.203

0.04

6,66,84:90:95,151:152,172~ 174

p.434

0.086

6.66,84*90:95,151:152,172: 174,233:242

0.28

66,90:152

66,90

3

D;

0.315

0.105

84:151:172

0.905

0.181

84:90:95,119,151:152,172:174

72.310

~P~~D,-(~D")~~'D;

0.623

84:90:151,152,174

72.166

3~~~D~-(~D')4dlF;

1.62

84:90:151

243

Atomic

Data and Nuclear

DataTables.

Vol. 23, No. 3, March

1979

K. MORI,

M. OTSUKA,

and T. KATO

Grotrian

Diagrams

for FeVIII-

FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables (P - Sequence)

x11

Fe

IP = 330.8

2169.7

3s

2

3P

1349.57

3P

1242.15

3P

34

Q2

34

34

q2-

3p32P

3p34s;,2-3s3p44P5,2 4

4

3p 32 q2 2 D’

3~

3~

193.517

6,8,17:18:51,77,79,86,87,89, 95,114,151,152,234:236

0.33

0.122

6,8,17:18:51,63,77,79;86,87, 89,95,114,151,152.234,236

0.17

0.061

6,8,17:18:51,63;79,87,89,95, 151,152,187,234

8,79,86,87,89,152,234 79,86,87,89,92,152

3/2

6,8,51,79.86,87,89,95.152 79,86,87,89,152

1/2

6,8,51,79,87,89,95,151,152

\D;,2-(3P)3d;3,2

3p

32

6,8,51,77,79,87,89,95,114, 151,152

'3/Z 2

D;/2-

Pi/z-

6,8,51,79,87,89,95,151,152

p1/2

?D)

6,8,51,79,87,89,95,152

3d:p1,2

2 p;/22

198.58

195.127

32

0.183

P3/2

2P

2

201.134

195.19

42

D;,2-3s3~

1/2

0.48

D5,2

2D

3/2

51,79,87,89,151,152

D5,2

D;/2-

211.749

196.649

-

42

29,30,122,145,146,152,202, 207,216

3/2

2

217.283

201.749

-3s3p

2 DO 3/2-

283.64

219.453

32

42

4P

T/2-

29,122,145,146,152,202,207. 216

p1/2

4P 3/2

T/2-

335.06

290.997

3/2-3s3p

pi/2-

3P

32

D;,2-(1D,

6,8,51,77,79,87,89,95,114, 152

'3/2 2P

6,8,77,79,87,89,95,114,152

3/2

6,8,51,79,87,89,95,152

3d2D5,2 2

2 D;/2

3/2-

79,89,148

D3/2

3p34S;,2-(3P)3d4P

4Sa

ev

References

32 3p

364.477

346.855

?t

113,122,145,146,202,207,216

Q2-

3p32p.

352.115

f

-3s23p32D5,2

382.83

338.27

gf

Configuration

x

4P

50

2.37

3/2

1.67

3,6,7,8.51.77.79,81,84:87

0.592

89,95,108,114,119,151~152; 172:227,236 3,6,7,8,51,77,79,S1,84:87, 89,95.108,114,119,151~152, 172:227,236

0.417

Atomic

Data and

Nuclear

Data Tables.

Vol. 23. No. 3, March

1979

K. MORI,

and T. KATO

M. OTSUKA,

Grotrian Diagrams for FeVIII-FeXXVI

TABLES.

Transition

See page 233 for Explanation

XII

Fe

gf

192.402

4 SO

191.051

D 3p 32 P3,2-(3P)3d2D5,2 2

188.219

188.45

3~

32 2

186.889

2

l/2 -

?D)

2 ('P,

108.440

4F 9/2

85.669

(1S)3d2D

85.477

+D)

2

12 ( D)3d

4

4F

84.52

4F

84.48

4F

B2.837 82.744

3p

32

7/2 5/2 3/2

6,8,77,79,84:87

79,87,151

go:152

0.35

go:152

0.47

go:152

2.59

90f152

6.04

6,90:95,152

3.67

901152

3.80

90*

2.30

90.

2.00

90*

4.69

go:152

- C3P) 4f4G;l,2

6.68

6,90:95,152

-

4 GO g/2

5.26

6,90:95

-

4 GO

3.41

6,90:95

-

4 GO

2.89

6,90:95

4s2D5,2

0.12

84,90:152

2D

0.31

go:152

-

4 DO

-

4 D’7,2

-

(1S)4f2F;,2

-

?D)4f2Ho

5/2

11/2 2

HOT/2

GO

7/-J

-

-t3P)4f4F;/, 4

-

P;,~-

2 PO 312

FOg/2

7/2 5/2

?D)

30

89,95,114,

119,120,121,1&52,172,227

0.23

2

84.48

5.68

go:152

-(3P)4f2G;,2

C3P) 3d4F g,2

87,151'

0.461

F,,2

D7/2

0.49

70

2F

-

3 4 ( P)3d D5,2

6,79,B7,B9,151,152

go:152

G7/2

F5/2

84.768

84.52

g/2

3,6,B,51,77;79,81,84:87.89,95, 114,119,151,152,172:227,236

0.14

2

84.86

84.85

512

3d2G

85.14

7/2

0.218

5/2

-(3P)4p4D;,2

4F

References

5/2

4p2F

Go g/2

3d4F5,,

712

2F

-

-?D)

108.605

85.14

*F

DO

3d2G;,,

A

3/2

(3P)3d2F5,2

D;,2-

312

110.591 108.862

2D

PO

Do

0.875

1/2

f

6,8,51,79,87,89,95,151,152

5/2-

182.856

110.732

4P

3/2-

of Tables

(P - Sequence)

Configuration

h

Data

245

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3, March

7979

K. MORI, M. OTSUKA,

and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables

Fe

2

Do 5/2 D$2-

3p34s' 4

80.022

3,,-(3P)4s4P so 3/2

4So

80.300

3p3'Do 5,2-

80.160

68.382

3p

67.821

3p

32

32 2

67.702

+D)

90:152,242

l/2

0.14

0.031

6,90:95,151:152,172*

0.26

0.063

6,90:95,151:152,172:242

0.38

0.095

6,84:90:95,151:152,172:2)3* 242

2

3/2-

D3/2

P~,2-(3P)4d2D3,2

D;,2-(3P~4d2F5,2 Do

3p32Po 1,2-(

67.291

3p3'Do

67.164

3p

66.960

3p

66.526

3p

32

0.03

~s’D~,~

Do

67.972

32

3/Z

p5/2

2

-

S/2

32

90:152,242

'3/Z

3/2-

F7/2

12 D)4d

D5,2

5,2-(3P)4d4D7,2

P;,2-(

12 D)4d

Sl,2

D;,2-(3P)4d2D5,2

4d:F7,2

D;,,-?D)

2

66.43

D;/2-

F5/2

3p34so 3,2-(3P)4d4P 4

65.905

32

so 3/2 12 D)4d

66.225

3p

66.047

3p34S;,2-(3P)4d4F

65.805

3p3'Do ,,,-?P)4d2P

D;,2-(

5/Z 4P

References

0.58

4

79.488

2

4

A

go:152

'3/Z 2P

f

0.38

l/2

2

2

81.651

66.298

gf

(3P)4s2P

3p32D;,2-

81.943

80.510

(P - Sequence)

Configuration

h

82.226

XII

312

D5,2

512

3/z

0.51

84:90:151,152

0.23

90:152

0.48

go:152

0.55

go:152

0.18

go:152

1.17

go:152

1.25

go:152

0.15

90*

0.65

go:152

0.91

84:90:151,152

0.63

go:152

o-5' 0.53

0.131

84:90:151:152

0.13

90:151,152

0.17

0.64

90:152

0.16

89,90:152

0.13

246

go:152

Atomic

Data and Nuclear

Data Tables.

Vol. 23, NO. 3, March

1979

K. MORI, M. OTSUKA,

Grotrian Diagrams for FeVIII-FeXXVI

and T. KATO

TABLES. Transition Data See page 233 for Explanation of Tables x111

Fe

(Si

- Sequence) IP = 361.0

x

3388.5 2580

1213.0

Configuration

gf

f

3s23p23p2-3S23P21D2 3 pl-

1 D2

A

1.128

117:202,216

6.237

113,117:202,207

3p21so

3p23p1-

eV

References

122,145,146,152,207,216

0.22

368.12

0.03

l.lzg

10,79,8~,87,89,95,117:151,

152,234 359.85 359.63

348.184

321.59 320.93

312.29 311.552 303.47

3

3 pl-

D;

3

3 pl-

";

3

3 pO-

3P23P

D;

-3s3p33P"

2

3 p2-

p;

pl-

6,8,10,51,79,86,87,89,95, 117:151,152,234:236

1.14g

6,8,10:51,86,117:151,152, 2341236

8.7g8

87,117*

3.05g

8,10,51,79,86,87,89,117~ 151,152

1.74q

8,51,86,117*

4.108

8,10,86,117*

1.17q

10:86,87,117*

5.42'

8,79,87,89,117:151,152

4:60q

6,8,10,86,87,89,95,117:152

2.93lO

10,79,86,87,89,95,117:151. 152

0.09

0.062

0.23

0.046

p;

3

3 pO-

'i

0.41

256.42

3p21D

2

-3s3p31P"

1

251.949

221.830

1.319

'T

3p21so-3s3p3lp;

228.18

0.19

3

287.2

240.713

8,117:152,234*

3 pl-

3

318.21

246.210

2.9z8

1 3

3

0.04

3

3 3

pl-

3

3 pO-

";

0.87

0.99

0.198

3.171°

6,8,10,51,77,79,86,87,89,95, 114,117:119,151,152,172:227, 234*

0.54

0.180

1.671°

6,8,10,51,77,79,86,87,89,95, 114,117:119,151,152,172:227, 234*

0.16

0.16

6.65'

6,8,10,51,77,79,86,87,89,95. 114,117:151,152,172:234*

1.691°

87,117*

3.651°

6,8,51,87,89,95,104,117: 151,152

2.15'

6,51,117:152,234

3p21D2-3P3d3P;

1.34

216.88

247

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3, March

1979

K. MORI, M. OTSUKA, and T. KATO

TABLES.

Grotrian Diagrams for FeVIII-FeXXVI

Transition

Data

See page 233 for Explanation of Tables Fe

213.781

209.927

209.634

3p23P2-3p3d

Xl11

(Si

- Sequence)

3P;

0.58

0.116

1.7010

6,8,10,51,79,87,89,95,117~ 151,152

p2-

3 ‘;

0.16

0.032

8.2gg

6,8,51,79,87,89,95,114,117~ 151,152

3 pl-

3 ';

0.56

0.27

1.71

3

10

6,8,51,79,87,89,95,117~151, 152

202.056

3 pO-

3 ‘;

208.690

204.951

203.835

203.793

201.134

200.033

197.443

0.81

0.81

1.08

3p23P2-3p3d3D; 3

3 pz-

“;

p2-

3 D;

pl-

3 Di

3

3

3

3

pl-

D;

3 pO-

3 D;

10

4.39

6,8,10:77,79,87,89,95,114, 117:151,152

5.5010

6,8,10:79,87,89,95,117~151

0.31

0.062

1.171°

6,8,51,77,79,87,95,114,117* 151,152,1723219,234*

2.34

0.688

6.571°

6,7,8,10,51,77,79,81,84,87, 89,95,108,114,117,119,148, 151,172,227,234,236

1.07

0.244

3.441°

6,8,87,89,117:151,152,172: 234

0.90

0.30

4.121°

0.80

0.26

2.77

0.15

0.15

1.10

10

10

10

1.79

204.26

6,8~51,77,79,87,89,95,114, 117,119,151,152,153,172:234* 6,8,10,51,79,87,89,95,117: 151,152,172:234' 6,8,10:77,79,87,95,117~151, 152,172:234*

6,89,95,117*

196.531

3.35

191.24

1.3x10

107.384

1.55

90*

0.17

90*

98.826 98.523

3p3d3F;-3p4p3Dl 3

-5

7.121°

6,8,10,51,79,81,84:87,89,95, 117:151,152,172,227

8.055

8,77,79,87,89,95,114,117~ 151,152

F;-

3D2

0.28

6,90*

F;-

3D3

0.41

6.90'

93.387

0.14

go*

84.275

4.85

go*

98.128

3

248

Atomic

Data and Nuclear

Data Tables.

Vol. 23, No. 3, March

1979

K. MORI, M. OTSUKA,

and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables Fe x

x111

Configuration

3p3d3F;-3p4f3G5 3

78.77

3

78.56

3

F;-

G4 3

F;-

G3

76.717

3P21D2

-3p4slP;

75.89

3P23P2

-3p4s3p;

75.887 76.48 74.845

74.327

3 3

p1 po

-

3 P2 -

PO 1

3 'iz

3P21D2

-3p4d'F;

62.975

3P23P2

-3p4d3D;

3

3 p1 -

D;

A

References

go*

6.54

89.90’

3.68

6,90*

3.28

90*

0.56

6,84:90:95,152,220,233

0.034

6,90:151:172:220,233,242

0.03

6,151:220,233,242

0.115

0.115

6,151:220,233,242

0.44

0.088

6,84:90:95,151:152,172:220. 233,242

PO 1

p;

1-

63.191

62.694

3

f

3.05

0.20 3

3

3P

- Sequence)

gf

81.161

78.462

(Si

0.17

6,90:151:152,220,233,242

1.78

84:90:151,152',220

0.94

0.13

84:90:151:152,220

0.77

0.26

84,90:151:152,220

249

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3. March

1979

K. MORI,

M. OTSUKA,

and T. KATO

Grotrian

Diagrams

for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables

XlV

Fe

(An. - Sequence) IP = 392.2

x

5303.4

Configuration

3s

2

356.60

gf

2 3p P;,2-3s

3P2P0

2

3p

3/2 D5/2

2 PO

-

2

l/2 3p 2 p;/2

289.160

274.191

288.45

2

4P

270.512

2 3p p;/2

3/21/2-

2

257.385

PO

l/2

3s3p 22

2F

241.38

22

5/2

239.20

3s3p

232.20

3s3p22P-3s3p3d2Do

220.095

2 3~ p;,2-3d

2

pl,2

3/2

D;,2

3/2

0.04

6,8,11,51,77,79,86,87,89,95, 114,148,151,152,202,234:236

0.10

0.0047

6,8,11,51,79,86,87,89,95,151, 152,172:234'

0.35

0.215

6,8,11,51,77,79,81,86,87,89, 95,114,151,152,172,227,234

0.84

79,86,87,89,151,152,11*

2

0.579

0.127

6,8,11,51,77,79,82,85,86,87, 89,95,114,119,142,148,151, 152,172:227

1.81

0.40

6,8,11,51,77,79,82,86,87,89, 95,114,119,142,148,151,152, 172:227

0.366

0.16

6,8,11,51,79,82,86,87,89,95, 142,148,151,152,172:227

0.413

0.18

6,8,11,51,79,82,86,87,8?,95, 119,142,148,151,152,172

0.174

11:

151

0.806

11:

151

11,15

'E/2,7,2

151

2

D3,2

2 P$z-

0.19

81,119,148,151,11*

2 DO

D3,2,5,2-3S3P3d

6,8,11,51,63,79,86,87,89,95, 148.151,152,234:236

0.301

2

-

0.054

3/2

'3/2

F5,2-3s3p3d

6,79,87,89,95,151,152,234*

49

2 p;/2-

0.00122

0.26

79,86,87,89,151,152,11*

p1/2

2

252.190

0.01

0.58

2

-

11,177:202,217,240

3/2

2P

p;/2-

ev References

4so

22

-3s3p

2

264.779

l/2

3p 34 0 '3/2

5/2-

274.19

s1,2

28

3$3P24P 4P

219.135

22

p;/2-

280.69

242.49

D3/2

-3s3p

A

51.07

2 p;/2-

334.178

P;,2

3/2-3s3p22D

2 353.838

2

f

D5/2

0.352

0.072

6,8,11,51,74,77,79.81,87,89, 95,114,119,142,148,151,152, 172:195,227

1.26

0.50

6,7,8,11.51,74,78,79,8l,84: 87,89,95,108,114,119,121, 142,148,151,152,172*,227, 234,236

250

Atomic

Data and

Nuclear

Data Tables,

Vol. 23, No. 3, March

1979

K. MORI, M. OTSUKA,

and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables

Fe A

Configuration

211.328

2 p;/2-

XlV

(At

2 D3/2

218.21

207.40

3p4p9

3s3p

22

3s3pZ2D

312

2 3d D5/2 2 D3/2

76.152 76.022

3s3p3d4F

72.80

71.613

11.15

-

2 4~ Po1,2

-

PO

-

4P 2

-

4f2F0 2

-

3/2

FO

512

g/2 4

GO

7/2

G;1/2

4s 2s

l/2

2

71.379

3~3~ 22

70.251

3s3p

24

-

s1/2

2

D5,2

-3~3~4s

P

-3s3p4s4po

512

P;,2

3/2

69.667

4P 5/Z

-

4p;/2

69.386

4P

-

4 PO 312

69.176

4P 3/2

-

4 p:/2

67.50

65.70

59.573

3s3p

22

l/2

11,90:151,152

0.25

0.04

6,11,90:151,152

4.88

11,90:95,152

3.42

6,11,90:95,152

3.99

go:152

3.23

go:152

7.54

90f152

0.25

0.06

11,84:90:152,204,220,233,242

0.13

0.03

11,84:90:151,220,233*

0.62

90:151,220

0.24

90:151:152,220

0.55

90:95,119,151:152,204,220

0.22

90:151,152,220

0.24

90:151,152,220

-3s3p4f2FD

D

3s3p 22 D

0.035

11,15

712

F5/24F 9/2-

-

0.14

p'1,2

4

p;/2

6,?,8,11,51,74,78,79,81,84: 87,89,95,108,114,119,121,142, 148,151,152,172:208,227,234, 236

3/2

2

69.66

0.55

References

-3s3p3d2Po

4

2 3P p;,2

0.728

A

79,87,89,152

7/2-3s3p3d4Go

72.95

f

7/2

2 %/2

gf

-3s3p3d4D

2

91.009

73.08

512

2 3d D3,2

91.273

81.20

D

50

- Sequence)

3/2

2 3P po3,2

-

4f2P0

-

4d2D

6

11.15

512

5/2

0.98

0.25

251

11,52,6~,84:90:95,119,151, 152,172,174,181:182,220, 233,242

Atomic

Data and Nuclear

Data Tables,

Vol. 23. No. 3. March

1979

K. MORI, M. OTSUKA, and T. KATO

TABLES.

Grotrian Diagrams for FeVIII-FeXXVI

Transition

Data

See page 233 for Explanation of Tables Fe

2 3P P;,2

58.963

58

(An. -

configuration

A

58.00

XlV

3S3P22P

-

4d

2

D3/2

Sequence)

gf

f

0.55

0.25

A

P.eferences

11,52,64,84:90*95,119,151, 152,172:174,18;:182,220,233, 242

151,220

- 3S3@d2D0

3s23p2P"-3s3p4d2D

220

252

Atomic

Data and Nuclear

Data Tables,

Vol. 23. No. 3, March

1979

K. MORI,

M. OTSUKA,

Grotrian

and T. KATO

Diagrams

for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables

Fe

481.52

3s3p3p;

-3s3p3po

3s3plP;

- 3p 21

417.24

3s2

400.65

3s3d3Dl

323.57

321.76

3s3p3p; Pi

0.0035

3s3plp;

D2 1 D2

- 3p 21

3s3p3p;

-3P

2 3P 1

3

3 Pi

3 3

P; P;

-

P

p1

292.36

3

3P

3s3p1P;

3s2

274

3P

243.782

3P

243.782

-

- 3s3d3D

1

23

3s3p'P;

so

8,45*,51,202,206

0.11

45*,51,95,202

0.44

45*,51,86,151

0.36

45',51,79,82,87,89,152,206 51,79,82,87,89,152

0.23

45f,51,79,87,89,152 79,82,87,89,152

0.31

45*,79,87,89,152 79,87,89,152

2

90,152

2

% 0 - 3s3plp;

21

0.22

p2 3P

P;

79,86,87,152

3

3 PO 0

284.147

79,86,87,152

0

3

302.45

303.40

45*,62,63,95,115,142,152,200, 202,212,241

79,86,87,152

sO

305.00

0.00217

F‘Y

-

0.83

0.827

2.251°

6,8,17,18*,35*,45*,63,77,79, 81,87,89,95,114,119,133,142, 148,151,152,172*,212*,227, 238,241,242

- 3p3dlP;

86

P2 - 3p3d3P;

- 3s3d1D

Fleferences

45*,51,63,79,86,87,89,91,95, 151,152,202,233

F;

- 3~ 21 3

307.74

0.27

3 D3 -

ev

142

D2

D2 -

317.62

A

3

3

312.55

f

IP = 457

- 3p3d3F; 3

372.78

- Sequence)

2

?s 0 - 3s3p3p;

387.00

327.03

gf

Configuration

h

7058.6

(Mg

XV

6,51,79,86,87,152

2

2.13

6,8,45*,77,89,91,95,114,151, 202

253

Atomic

Data and Nuclear

Data Tables.

Vol. 23. No. 3. March

1979

K. MORI, M. OTSUKA, and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

TABLES.

Transition

Data

See page 233 for Explanation of Tables

Fe Confisuration

h

234.76

xv

3s3p3P;

233.869

sf

- 3s3d3D

3 P;

-

2 3 D3

227.70

3 P;

-

3

227.22

3 P;

-

3

D1 D2 224.745

3 P;

(Lag - Sequence)

-

3 D1

f

A

References

0.24

45*,51,151,152

1.37

6,8,45:51,79,81,86,87,95,119, 142,151,152,172,195,242

0.25

45*,51,79,81,87,151,152,172

0.75

6,7,8,45*,51,79,81,86,87,108, 151,152,172,195,236

0.34

6,45*,77,79,81,87,95,114,151, 152,172,195

73.473

3s3d1D2

- 3s4f'F;

3.51

6,45*,80,90,95,151*,172,220, 233

70.054

3s3d3D3

-3s4f3F;

5.83

6,45*,52,64,80,90*,95,151, 152,172,220,233,243

4.03

45*,52,64,90,151*,152,172, 181,220,233,242

2.72

45*,52,64,90,151,152,172,220, 233,242

7.12

90f.152

4.20

90*,152

3

69.987

'i

3

69.945

68.849

3 D2 3 D1 -

3

3P(2P)3d3F;-3p(2~)4f3~5 3

69.036

F;

3

-

G4

68.883

3p(2P)3d3F;-3p(2P)4f1F3

3.65

90*

66.96

3s3plp;

- 3s4slso

0.14

45*,220

66.238

3s3p3p;

- 3s4s3s

0.31

45*,107,151,152,172,176,220

0.19

45*,80,90,107,151*,152,172, 176,220

0.062

45*,90,107,151,152,172,176, 220

65.612

P;

-

3P;

-

‘D2

- 3s4f'F;

0.71

45'

0.91

45*,90*,95,119,151*,152,172

3

65.370

1 3Sl 3S 1

63.96

3~'

59.404

3s3plp;

- 3s(2S)4d1D2

3s3p3P; 3

- 3s4d3D

56.236 56.290

55.815 55.793

3

P;

-

P;

-

3PO 1

64,90,151*,152,183,220

2 3

52,64,80,90,151,152,183, 220

D3 3

52,64,90,151*,152,183,220

Dl 3

64,80,90,151*.152,183,220

D2

254

Atomic

Data and Nuclear

Data Tables.

Vol. 23. No. 3. March

1979

K. MORI,

M. OTSUKA,

Grotrian

and T. KATO

Diagrams

for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables

Fe A

xv

(Mg - Seqttence)

Confisuration 3

55.635

52.911

3s2

50.120

3s3d3D3

PO 0

18

0

64,80,90,151*,152,183,220

0.50

- 4plp;

0.422

17*,18*,45*,52,64,80,90,95, 119,139*,151*,152,172*,174, 181*,220,233

- 3s5f3F;

64,80,152 3

D2 3

50.062

References

A

D1

3

50.085

f

!lf 3

FO 3

64,152

3 D1 -

64,152

';

49.49

3s3d1D2

- 3s5f'F;

80,152

43.93

3s3d1D2

-3s6f'F;

80

43.65

3S3P3P0

- 3s5s3s1

80,152

43.39

3s3d3D3

- 3s6f3F;

80

41.903

3s3p3p;

- 3s5d3D3 3

41.663

PO1 3

41.559

107,152

3 P;

38.95

3s2

ls

15.828

3s2

18

15.624

3s2

l8

15.490

3s2

18

0

0

0

0

-

107,152

D2 3

107,152

D1

- 3ssplp;

0.115

80,152,212*

- 2p53s23d3P;

40

- 2p53s23a3D;

40

- 2p53s23dlP;

39,40,41,152,218

255

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3. March

1979

K. MORI, M. OTSUKA, and T. KATO

TABLES.

Grotrian Diagrams for FeVIII-FeXXVI

Transition

Data

See page 233 for Explanation of Tables

F, x 360.796

XVI

- Sequence)

(Na

gf

Configuration

f

2

2p63s2S

l/2

- 3P p;,2

IP = 489.264

References

A

0.125

6.50'

6,8,12*,18*,30,62,63,71*,79, 81,87,95,107,119,151,152,154', 162*,178,195,232,234~236,241

0.272

.9.13g

6,8,12',18*,30,63,71*,77,79, 87,95.107,114,119,136,151,152, 154,162*,195,227,232,234,236, 241

0.0279

2.ixg

12',51,79,81,87,107,119,152, 154*,162,172,232

0.254

1.631°

6,8,12*,51,79,81,S7,95,107, 119,152,154*,162,172,178.195, 232,242

0.294

1.561°

6,‘3,12'.51,81,87,89,95,107, 152,156,162,172

0.0340

7.651°

6,12*,90,151,152,154*,162: 17s

0.0391

6.651°

6,12',90,151,152,154*,162: 178

0.882

9.9611

6,12*,52,65,71,90,9S,l51*, 152,154*,162,172,174,178,220, 233

0.924

9.3011

6,12*,52,65,71,90,95,151*, 152,154*,162,172,174.178,220, 233

0.0661

2.16=

6,12*,36,52,65,80,90,95,lSl*, 152,154*,162*,172,174,178, 220,233,242

l.0411

6.12*,36,52,65,80,90,95,151*, lS2,154*,162*,172,174,178, 220,233,242

0.0314

6.951°

12*,65,90,151*,152,154*,162*, 181",220

0.280

4.15ll

12*,52,65,90,95,119,151*, 1S2,154*,162*,174,17Ei,lSl*, 220,233

0.300

3.4011

12*,52,65,95,119,151*,152, 154*,162',172,174,181*,220, 233

0.228

1.9711

12*,17*,18*,52,65,80,90,151*, 152,154',162,178,220,233

0.23

1.8511

12*,17*,18*,52,65,80,84,90, 119,151,152,154*,162*,174, 178,181*,220,233

1 0.796

335.410

2s

265.007

3p 2 p;/2

262.973

2p:/2

2 l/2

-

p;/2

- 3d 2D3/2 -

2

1.712

D5/2

251.063

76.796

2

2 p;/2

-

D3/2

3d 2 D3,2

-

2 4~ P;,2

1 0.414

76.502

2 D5/2

-

2 p:/2

66.368

66.263

63.719

3d 2 D5/2

- 4f 2 F;,2

2

2 D3/2

3P 2

p;,2

-

F'j/2

- 4s 2

sl,2

!

0.374

62.879

54.769

54.728

54.142

50.555

50.350

2

p;/2

3p 2p;/2

-

29

- 4d 2 D3/2 2

2 p;/2

-

pi/2

-

D3/2

-

2 4P p;,2

*1.907

D5/2

2

2

3s 2

l/2

s1/2

2S

l/2

eV

0.486

2 p;/2

I

256

Atomic

Data and Nuclear

Data Tables.

Vol. 23. No. 3, March

1979

K. MORI, M. OTSUKA,

and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables Fe

h

XVI

Configuration

(Na

- Sequence)

gf

48.97

3d 2 D5,2

- 5p 2 P;,2

46.718

3d 2 D5,2

-

Sf 2 F;,2

46.661

2 D3/2

-

2

f

References

A

80,152,178

52,65,71,80,151,152,178~183, 213,220 52,65,71,80,151,152,178:183, 213.220

Fb2

42.50

2 3P p;,2

- 5s 2 sl,2

52,65,71,80,151,152,178:183, 213,220

1 0.074 41.91

2

p;/2

-

41.17

3d 2 D5,2

-

3d 2 D5,2

-

40.245 40.199

40.153

39.027

37.138 37.096

36.808 36.749

36.01

2

28

2 6~ P;,2

6f

2

3p 2 p;/2

-

0.63

71,107,152,178*

F;/2

1 0.58

2

3d 2 D5,2

71,80,107,152 i

- 5d 2 D5/2

2 p;/2

80.152.178

F;,2

2 D3/2

52,65,71,80,151',152,178:183, 213,220

w

-

D3/2

- 7f 2 F;,2

2 -

F&2

3s 2 sl,2

-

2 5P p;,2

23

-

2 p;/2

3~ 2 P;,2

- 6s 2 Sl,2

52,65,80,151 213,220

,152,178:183,

71,80,107,152

107,151 I

l/2

,152,178*,183,

71,80,107,152

2 D3/2

52,65,80,151 213,220

0.14

,152,220,178*

0.0695 80,107,151

,152,179,220

80,152,17L? 0.014

35.71

35.368 35.333

35.106 34.857

2

POl/2

3d 2 D5/2 2D

-

3p 2 p;/2 2 p;/2

l/2

80,152,176

1

- 8f 2F;,2 -

3/2

28

80,107,152

2

107,152,178

F;/2

52,80,107,152,178*

- 6d 2D5/2 2 D3/2

0.044

257

52,80,107,152,178*

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3. March

1979

K. MORI,

M. OTSUKA,

and T. KATO

Grotrian

Diagrams

for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables Fe

x 33.04

Configuration 3p 2p;/2

32.433

32.192

-

Q2

52,80,152,178

80,107,152,178 80,107,152,178

31.041

2P0 l/2

3~ 2 P;,2

-

107,152

I

0.0316

2

3~ 2 P;,2

References 52,80,152,178

- 6~ 2 P;,2

2 s1/2

A

s1/2

2 3s Sl,2

p;/2

80,107,152,178*

- 8d 2 D5,2 -

80,107,152,178

2

80,107,152,178

D3/2

80,152

- 9d 2 D5,2

2

30.10

f

2

2 - '~3 D5/2 2 D3/2

31.242

30.33

-Sequence)

gf

2 3p p;/2 2 pi/2

32.166

(Na

- 7s 2

2T/2

32.84

32.652

XVI

2 p:/2

-

80,152

D3/2

29.93

2 3s sl,2

2 - 7P p;,2

80,178

26.67

3s

2

S1,2

2 - 8~ Pj,2

80,178

81/2

2 - 9P P;,2

80,178

27.88

2 3s

27.762

2 3d D5,2

- 9f

17.491

3s 2 %/2

- 2p 5 3s 22p.

17.206

2S

15.558

2 3s s1/2

80

-

2S

l/2

2 38

14.20

3s 2 81/2

sl/2

2S

2

l/2

39,40,95,105,151,152,169,181, 204,229

p:/2

- 2p53s3d2Po -

40,41,190,220

l/2

40,220

p;/2

- 2p53s3d2Da

40,41,220

- 28383~

2 P;,2

40,41

-

2

l/2

3S26

40,80,95,105,151,152,169,181, 190,204,220,229

l/2

2

15.413

12.980

F;,2

l/2

15.288

14.05

2

40

p;/2

- 2p53s4s2P0

41

258

Atomic

Data and Nuclear

Data Tables.

Vol. 23. NO. 3. March

1979

Grotrian Diagrams for FeVIII-FeXXVI

K. MORI, M. OTSUKA, and T. KATO

TABLES.

Transition

Data

See page 233 for Explanation of Tables

Fe

110.00

2s2sp53d1Pl-

XVII

(Ne

- Sequence)

2s2p63d1D;

IP = 1266

21°

151,169*

31°

151,169*

95.90

2s22p53p:P

- 2s2p63p3Po

93.00

2s22p53s1P

- 2s2p63s1So

8.31°

151,169*

88.70

2s22p53p1D

- 2s2p63p1Po

4.11°

151,169'

0.040

0.040

17.089

eV

31,40,42,76,137,138,149,151, 169,170,190,193,194,204,220, 229

17.041

0,117

61

16.769

2P

15.449

2p6 %0

15.013

2P

13.888

2p6 ls 0

61

61

0.112

16,31,34*,40,42,76*,95,119, 137,138,149,151',152,169*, 170~,181",190,193,194*,204, 220,224,229

14,16,34*,39,40,76*,95,119; 137,138,149,151*,152,169*, 170,181*,190,193,194*,204, 220,224,229

so

so

- 3d3P;2[+o

0.015

0.010

1.411

14,16,31,34',39,40,42,76*, 95,119,137,138,151,152,169*, 170,181*,190,194*,204,224,228

- 3d1P;2[+

2.58

2.22

1.512

14,16,17*,31,34,39,56,76,95, 119,137,138,151,152,169*,170, 181*,190,193,194*,204,206, 224,227,229

- 2s2p63p3P;

0.041

76,95,137,138,151,152,169*, 170,181*,190,193,194*,204, 218,220,224,229

- 2s2p63p1P;

0.37

13.824

2P

12.681

2P 61

so - 4s 3 Pi'2 3

$0 1

12.509

2P 61

so

$10

so

14,16,17*,18*,34*,39,40,56,

- 4SlP&

0.035

259

0.21

14,16,17*,1I3*,34*,39,40,56, 76,95,137,138,151,152,169*, 170,181*,190,193,194*,201, 204,218,220,224,229

0.024

16,17,40,137,138,152,181', 190.194*,218,220

0.04

16,32,40,41,137,138,151*, 152,181,190,194*,218,220

Atomic

Data and Nuclear

Data Tables.

Vol. 23, No. 3. March

1979

K. MORI, M. OTSUKA,

and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

TABLES.

Transition

See page 233 for Explanation

XVII

Pe

A

(Ne

Configuration

Data of Tables

- Sequence)

gf

f

References

A

12.32

2p6

so

- 4d3P;2[+

12.263

2p6

Go

- 4d

w

2p6

Go

- 3d3D;2[$lo

0.66

0.66

12.121

2/

'So

- 4d$;2[$1e

0.70

0.41

11.440

2p6

180

- 5s 3 P;(p 31 3"

40,137

11.419

2p6

so

- 5*1p;+,

40,41,137

11.251

2p6

Go

- 5d3D;2[~l"

0.14

137,152,190,194*,218

11.130

2p6

so

- 5d1P;'[;10

0.13

16,40.41,56,137,152,190.194*, 218

10.771

2p6

Go

- 6d3D;2[;10

10.660

2p6

180

- 66 1 Pl *2 y 3

.259

3 .2 D1

3

[r]”

0.09

16,40,41,56,137,138,152,190, 194*,21a,22s

0.31

16,17*,18*,39,40,56,76*,95, 106,137,138,152,181',190,194*, 218,224,229

6.312

14,39,137,151,152,169*,181, 190,204,206,220

16,17*,18',31,39,40,76*,137, 138,151*,152,181*,190,194*, 204,220,224,229

$0

16,137,152,190,194*,218

0.06

260

137,152,190,194*,218

Atomic

Data and Nuclear

Data Tables.

Vol. 23. No. 3, March

1979

K. MORI, M. OTSUKA,

and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables Fe Configuration

A 974.8

103.96

2

2s

2P.

l/2 2

16.073

2

15.979

2

16.003

2p5

p;/2

-

2 p;/2

-

4P 4P

p;/2

2P

52

2P

-

2P

2P

-

52

0.01

14,33,34*,37,39,40,81,95,110, 152,204,218,220,229

33,40,106,110.204.220,229 33,40,42,106,110,204,220.229

w 312

l/2

2

0.020

0.02

14,33,34*,37.39,40,81,95,106, 110,152,190,204.218,220.229

0.117

0.01

14,33,34",40,106.110,152,204. 220,229

D5/2

52

D3/2

1

s13s

2

3/2-

0.02

14,33,34:39,40,41,152,204, 220

33,40,42,110,204,220,229

sl,2

3P)3d

33,39,40,110,152.204,220.229

4 D3/2 4

0.26

33,34*,39,40.76,152.204,220

0.05

33,34',37,39,40.76,152,204, 218,220

0.26

0.26

33,36,40,76,106,110.204,220 229

0.74

0.74

14,33,34*,40,76,106,204,220

D3/2

P;,2-(3P)3d4P3,2

p;/2-

14,33,34*,37,39,40,41.81,95. 106,110,119,152,190.204,218, 220,229

%/2

PO 3/2-

2

0.03

2

PO

zpo l/2-( 2

0.13

2

P;,2-( 2

2P

0.01

33,37,39,40,41,42,110.152, 204,220,.229

p;/2-

14.783

14,33,40,152,204,218.220

P~,,-Al)3s2D3,,

2

5

33,37,39,40,110,152,190,194*, 204,218,220,229

'3/Z

p;/2-

2P

0.006

5/2

2 'j3'

2

2P

33,37,39,40.110.152.204,220

3/2

l/2 4P 3/2

3

p;/2

33,37,39,40.110,152.204,220, 229

4P

2

15.298

14.63

3 4 ( P)3S Pl,2

3/2 -

15.567

14.772

-

l/2-(

15.623

15.012

6,14,18,52,57.75,88,95,99, 102,109,147,151,152,158,172

-

2 PO

15.491

sl/2

p;/2

15.826

15.869

58,112,158,207

l/2

-

-

2

References

6,14,18,52,57,75,88,95.99, 102,109,147.151.152.158,172

p;/2

16.024

ev

s1/2

2Po

15.764

A

2 pz/2

2p5

f

IP = 1358

- 2s2p 62

2

16.087

16.087

-2s 2 2p 52p.

p;/2

2P 52 '"Y2

(F - Sequence)

gf

52

2p

93.94

16.109

XVIII

4P

l/2

261

Atomic

Data and Nuclear

Data Tables,

Vol. 23. No. 3, March

iS7S

K. MORI,

M. OTSUKA,

and T. KATO

Grotrian

Diagrams

for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables Fe

Configuration

A

2

14.581

-

2 PO

3/2

-

p;/2

2P

52

PO

-

p;/2

-

l/2

2

14.549

2p5

4P

-

P;,2-(3P)3d2P 2

14.703

p1/2

4P

2

14.485

14.467

PO

4

3/2

14.551

14.770

XVIII

3/2

(F

-

Sequence)

gf

f

A

References

0;95

0.24

33:40,76,106,110,204,220,229

LO5

0.14

14,33,34*,40,76,106.110~204~ 220,229 33,40,76,106,110,204,220.229

512

14,37,39,40,41,76,152,204,220

l/2 2P 2P

33,37,39,40,41,76,152,204.220

312

37,39,40,41,76,152,194,204,220

l/2

2P;,2-(1D)3d2sl,2

0.0135

14,33*,37,39,40.76,110,119,

0.006

152,194*,204,220,229 2

14.255

14.419

2p5

2

pl/2

2p5

2P

2P

-

2P* 3,2-(3P)3d2D

5 2po l,,-?D,3d2D 2

2

2P

P'

242

5 zpo 1/22

13.954

13.919

2P

13.442

2p5

13.425

2p

14,33,34*,40,41.76~110~204~ 220,229

0.123

0.031

33,37,40,41,76.152,194*,204, 218,220

3/2

0.0391

0.014

33,37,40,41,76,152,194*~204r 218,220

5/2

33,37,39,40,41,76,81,95,110, 194,204,218,220,229

3/2

33,40,41,76,81,95,110,152, 204,220,229

D5/2

14,33,37,40,41,76,81,110, 152,204,218,220,229

D3/2

14,33,37,39,40,41,76,110, 152,204,218,220,229

('9

3d2D3,2

33,37,40,41.76.110,152~204. 218,220,229

P" 312

-

'D

33,37,40,41,76,110,152~190~ 204,218,220,229

p$2

-

512

2

5 zpo

2Po

l/2 -2s2p

33,39,40,41,76,152,204,220

D3/2

3 3/Z-(

52

0.21

2

-

2

13.934

0.204

2 "S/2-

14.150

14,33*,37,39,40.76.110,119, 152,204,220,229

0.000660

'3/2 2

PO 312 p;/2

%/2

2 D)3d

2

14.20

14.121

1 l/2-(

14.214

14.361

-

zp.

14.293

14.373

PO 3/2

2

2 'j3'

33

'l/2

5

2 3P p3,2

14,40,56.190.220

PO3,*-(1P)3P291,2

33

262

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3. March

1979

K. MORI,

M. OTSUKA,

and T. KATO

Grotrian

Diagrams

for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables XVIII

Fe x

Configuration 52

13.40

2P

p;/2

gf

-2~3~

5 zp.

2P

12.2

2P

11.730

2P

5 zp. 3,2-(1s)4s

11.516

2P

5 2po 3,2-(1D)4d2D

11.51

2P

11.021

2P

2P

52

52

2 D3/2

14,40.190,220

33.40.56.220

l/2

21,151,220,239

(1D)4s2S

2

152,190,218,220

pl,2

56,151,152,218,220

W

40,41,56,151,152,190,21S

P;,2-(1D)4d2P3,2

5 2po

1 3/2-(

52

References

A

14,40,190,220

3/2

PO -

f

2 3~ D5,2

-2s2p53p2S

13.296

1.9267

5

2 p:/2-

13.36

(F - Sequence)

2 S)4d

151,190,218,220

'5/2

111.118.155

PO - lS22S2P6

263

Atomic

Data and Nuclear

Data Tables,

Vol. ‘23, No. 3. March

1979

K. MORI, M. OTSUKA, and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

TABLES.

Transition

Data

See page 233 for Explanation of Tables

Fe x 7080

XVX

Configuration 2s

2

2p

43

1118.1

2p

43

3

3

3 -

p1

-

p2

-

57,60*,75,88,99,102.109,147, 151*,152,156,

PO 1

0.083

57,60*,75,88,99,102,109,147, 151*,152,156

0.32

57,60*,75,88,99,102.109,147, 151*,152,156,

0.099

57,60*,75,88,99,102,109,147, 151*,152,156

0.085

57,60*,75,88,99,102,109,147. 151*,152,156,157

0.32

60*,75,94,98,99

0.056

57,60*,75,99,109,147,156, 157

3 'tl 3 p;

61

115.42

2S2P 5 lp. 1

106.125

2p 41

so

91.02

2p 41

D2 - 2S2p 5 lp. 1

15.042

2P

15.00

2p4

14.927

2~

14.72

2P

14.703

2P

14.549

2P

13.993

2p4

13.763

2P

-

(2P.)3slP;

3P2

-

(4w3S3s;

D2 -

('D")3s1D;

41

43

so

- 2s2p 5 lp. 1

so

57,75,88,99,102,10?,147.151*, 152,156 0.067

p;

3

41

58,112,158,207

PO 1

3 p2

3

101.56

112

Pl

2s2p 5 3p. 2 3

57,75,88,99,109,112,147,152, 156,157

39,40,42,152,220

40,42,96,151*,190,218,220

0.023

40.42.220

P,-('D")3S3D;

41

0.038

40,42,85,96,151*,220

39,40.42,152,220

D2-(2Po)3~1P;

43

Po-(2P')3s3P;

3Pl-(4S")3d3D; 3

p2-

eV References

p1

111.70

106.33

A

3

2P 43 Pl'-

108.37

IP = 1456 f

gf

PO-2s 2

p2-

120.00

(0 - Sequence)

0.315

0.023

39,40,42,151',152,220

1.38

0.46

14,39,40,101,152,220,96*

1.18

0.24

14,39,40,56,96*,101,151, 152.201.220

264

Atomic

Data and Nuclear

DataTables.

Vol. 23, No. 3, March

1979

K. MORI,

M. OTSUKA,

and T. KATO

Grotrian

Diagrams

for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables

Fe ,I 13.829

2P

13.829

2p 4 3P 0 -('D)3d3Do

13.705

"S

3

3 p2-

41

"i

3 p2-

'i

Pl-c2D,3d3P; 3

3 p;

p2-

13.518

2P

13.517

2P

13.494

2P 4 1D2-(2P)3dlD;

13.467

2P

P,-('P)3d3D; 3

3 po

-

13.464

2P 4 3P2-(2D)3d3S;

12.98

2p4

12.93

2P

12.915

2P

'D2

41

40,96:101,152,218,220

1.11

0.37

40,56,96*,151,201,220

1.23

0.41

39,40,95,96,101,151*,152, 181,220,

2.14

0.25

14,39,40,95,96*,101,151*,152, 181,190,192',201,202,220

40,41,220

D2-(2P)3dlF;

43

41

14,39,40,85.96*.101,151,152, 192*,201,220

D - 3d'P"

41

13.442

0.74

1.23

'i 3

pl-

41

3.71

14,40,96,192,201,220 3

3

13.503

14,39,40,96*,101,151,152,192*r 201,220

40,96*,151,192,220

2P 4 3Pl-(2P)3d3P;

43

0.46

2.22

13.644

2P

1.27

So-(2P)3d1F';

2P

13.547

14,40,101,220

40,96*,101,151,192*,220

13.695

13.428

40,101,192*,220

1.07

2P

13.467

References

D2-t2D)3dlF;

13.733

41

A

1 3

pl-

13.518

f

0.53

D2-(2D)3dlD;

3

(0 - Sequence) gf

Configuration 41

XIX

"i

5.44

40,96*,101,151,192*,220

1.50

40,96*,151,220

0.17

40,85,95,96,101,151*,181,190, 192:201,220

1.39

1.39

40,88,96*,151',181,192*,201, 220

1.22

40,152,218

- 2s2p43p1F;

D - 2s2p43p1Do

40

D - 2s2p43p1Po

40

265

Atomic

Data and Nuclear

Data Tables,

Vol. 23. No. 3, March

1979

K. MORI,

M. OTSUKA,

and T. KATO

Grotrian

Diagrams

for FeVIII-

FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables Fe

XIX

Configuration

.I

(0 - Sequence) f

gf

References

A

12.726

2p4

l8()

12.599

2P4

3P - 2~2~~3~

12.494

2P

11.16

2P4

3P - 4s3so

41.56.190

11.026

2P 4 3P - 4s31Y

40,41,190

10.81

2P 4 3P - 4d3Po

40,41,151,190,220

1.918

43

K

- 2s2p43p1Po

40

3Po

40

P - 2~2~~3~~8'

40

85.111.155.167

a

266

Atomic

Data and

Nuclear

Data Tables.

Vol. 23, No. 3. March

1979

Grotrian Diagrams for FeVIII-FeXXVI

K. MORI, M. OTSUKA, and T. KATO

TABLES.

Transition

Data

See page 233 for Explanation of Tables Fe Configuration

h

4 162.80

(N - Sequence)

XX

2s2p

- 2P

References 75,99

Pi/2

2

2

'3/2-

75.99.157

p:/2 2

138.46

2P 1/22 '3/2-

121.99

136.34

2s

2

32

2p

p;/2

132.85

42

131.76

44 4So 312 - 2s2p

2P

32

2P

D5/2 2

3/2 -

D3/2

Do

l/2 2D

-2p5

2Po 2

'S/22

2 D3/2-

p;/2-

98.37

2 PO 3/22 p;/2-

92.63

2P

3 2Do

J/2

3/2

PO

0.33

57,60*,75,88,94,98,99,147, 152,157,236

3/2

0.13

60*,75,99,112,147,152,157

0.27

60*,75,99,157

0.12

60*,75,157

PO

60,99,157

l/2

- 2s2p 4 2P

2

101.83

57,60*,75,88,94,98,99,112, 147,152,157.236

75,99,147,152,157

s1/2

2

2P 32 *;/2

0.36

sl/2 2

-

512

157

42

2p;,,-zs2p PO

75.99

l/2

D3/2

2

98.07

75,99,157

2 DO5/2-

2s2p4

17*,18*,57,75,99,102,147,151*, 157

a2

D;,2-2~2p-

2

I

li",l8',57,75,94,98.99,102, 147,151*,157

0.48

'3/2

2

2p3

17*,18*,57,75,94,98,99,102. 147,151*,152,157

52 28 167-2P 2 s1/2-

109.65

94.62

pl/2

4 2s2p

106.97

108.81

4 so3/2 -

110.63

111.51

'3/2

4

113.34

114.70

4 so312 -

115.35

115.39

'5/2

4

118.66

57,75,99,157

D3/2

3

121.83

57,75,94,98,99,157

D5/2 2

p;1/2-

2P

75,99,157

p;/2

2 127.86

75,98,157

pi/2 2

-2s2p

312

57,60*,75,99,147,157

0.12

2P

3/2

57,75,99,147,157

2P

l/2

57,75,99,147,157

2

75,99,147,157

p1/2

- 2s2p

eV

A

52

2Pl/2

140.42

f

gf

IP - 1582

42

112,147,157

s1/2

267

Atomic

Data and Nuclear

Data Tables,

Vol. 23. No. 3, March

1979

K. MORI, M. OTSUKA, and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

TABLES.

Transition

Data

See page 233 for Explanation of Tables

Fe

Configuration

x

93.80

2P 3 2D0

5/2

-2s2p

2s2p 44

13.72

2P 3 490

3 2P

13.084

2P

3/2

32

13.og4

2p3

13.084

2P 3 2po 3,2-‘1D’

13.084

2P

13.052

2P

12.990

2p

12.915

2p3

12.895

2P

32

12.815

-

?D)

3/2

57,75,88,94,98,99,112,147,152, 157,236

l/2

57,75,88,94,96.98.99,152,157. 236

0.042

5/2

42,96,151*,181,201,220

40,220

13P)3d2F

?D)

Do3,2-

7/-J

3d2F5,2

t3P) 3d2D5,2

D;,2-

5/2

(ID)

3d2D

5/2

2 D;/2

-

D3/2

2

2 D;/2

-

'Do 5,2-(1D)

D5/2

3d2F

7/2

3 4so 3/2-( 4 S'

40,41,96,101,152,220

40,220

3d2P3,2

zpo 3,2-

32

40,41,101,220

3d2S

2

2P

References

220

2Do ,,,-h3d2D

2p3

A

t3P) 3d4Pl,,

Dk2-

32

12.833

12.842

- 3S4P

';,2-

2Po

12.840

f

3 2 ZPO3/2-( P)3d '3/2 2 2 p;/2 '3/2

2P

3

SeqtEIlCC!)

P-2s2p33s4Fo

13.351

12.882

4 2P

D;/2-

16.60

(N -

gf

2

83.24

13.467

xx

3/2-

3P)3d

4 '5/Z 4P

3/2

1.60

40,41,96*.151.220

1.72

23*,40,41,85,96*,101,151,190, 220

2.50

23*,40,41,96*,151,220

2.71

23*,40,88,96*.101,220

1.93

40,96*,151,220

1.52

23*,40,96*,101,151,190,220

1.13

23*,40,96*,151.220

1.31

23*,40,96*,151.220

5.31

23',40,85,88,96*,101,151,190, 220

1.76

17*,18*,23*,40,88,95,96*,101, 151*,152,181,190.218,220,231

1.97

17*,18*,23*,39.40,88,95,96*, 151',152,181,190,220,236

268

Atomic

Data and

Nuclear

Data Tables,

Vol. 23. No. 3. March

1979

K. MORI, M. OTSUKA,

and T. KATO

TABLES.

Grotrian Diagrams for FeVIII-FeXXVI

Transition

Data

See page233 for Explanation of Tables

Fe 1

Confisuration

2P3 P;,2-(1S)3d2D

12.73

2P3 T/2

4

4

12.145

2 2

2

a3

2

12.27

2

12.233

2

a3

2

10.35

2

10.22

9.70

1.906

1.40

References 23*,40,96*,151,220

40,220

SO 3/2-

4P

40,220

T/2-

4P

2

12.076

10.12

3

A

4 3P pl,2

2P3 D’

12.17

10.50

3/2

f

-2s2p

312

4

11.994

12.454

(N - Sequence) qf

2

12.795

12.521

XX

-2s2p33p2P

40,220

Do -

2P

40,220

Do

2P

40,220

-

PO -2s2p33P2D

40,220 2

PO -

2

PO -

D

40,220

D

40,220

PO - 4d2D 2

POP"

-

40,220

2D

40,220

- 4S4P

2p3

- 4d4P

4so

40,220 D

2P 34 s-

K

40,220

512

40

0.160

151*,220

53,85,111,167

a

269

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3. March

1979

K. MORI, M. OTSUKA, and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

TABLES.

Transition

Data

See page 233 for Explanation of Tables

2s

2

23p

Pp

2

2 3p

(C - Sequence)

1 - 2s

2p

23

-

145.67

P2 - 2szp 3 3Do2 3 p2

-

p1

-

"i

3

142.17

3P

3

31

"i

Do2 -

2S2P

125.30

2s2p 3 lpo

123.76

2P

2

3

D;

0-

144.82

2p

121.16

41

-2P

1

115.16

3 p2

-

p1

-

108.45

13*,75,88,99,151*,213

0.16

9.16'

13*,75,88,99,102*,147,~~~*, 157,213

0.10

1.121°

13*,75,88,99,102*,151*,157. 213

3.291°

13',157

7.631'

13*,157

1-

21

PO 1

3P.

-

D2

-2S2p

pi

31

3 lpo 2p 2 1s o - 2S2P 1

102.21

2p

P2 - 2szp 3

D;

3 3S.a 3

p1

-

po

-

D2

-

3

3

3

lso

si

2s2p

- 2~3s

3 lpo 1

1

10

13*,75,88,99,102*.112.147, 151*,152,157,202,213

2.241°

13*,151*,152,157,213

1.591°

13*,102*,147,151*,157,213

4.8Z8

13*,151*,152,157,213

0.02

4.4gg

13*,102*,151*,157,213

0.60

4.50

0.11

1.731°

13*,102*,151,157

0.30

6.121°

13*,75,88,99,102*,112,147, 151*,152,157,202

0.16

2.46

0.03

8.92’

0.29

6.65

0.12

‘;

3

1-12.47

23

2.03

3 -

13*,147,151*,157,213

2.70'

p; 3

2P

2p2

7.368

0.23

';

113.31

13.464

13*,75,88,99,102*,151*,152, 157,213

3

p1

21

6.08g

so

3

Zp

0.15

2s2p 3 3po 1

P2-

3P

117.89

98.37

13*,75,88,99,151*,157,213

D2

3

118.70

91.28

46

41

3

97.87

0.432

"; 3

p1

128.67

58,102,112,158,206,207

3

3

142.10

58,112

2

p1

3

eV References

A

3 po

2p

IP = 1689

f

9f

3

1354.1

151.44

XXI

Configuration

h

2304

Fe

10

13*,60*,75,88,99,102*,112, 151,152,157,202

10

13*,75,88,99,102*,112~147~ 151*,157,202 13*,75,88,99,102*,112,151*, 157,202

10

13*,75,88,99,102*,112,151*, 157,202

lP0 1

39,40,152.190,220

270

Atomic

Data and Nuclear

Data Tables.

Vol. 23. No. 3. March

1979

K. MORI,

M. OTSUKA,

Grotrian

and T. KATO

Diagrams

for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables Fe

XXI

Configuration

h 2P 21

13.052

2P

13.012

2P

12.815

2P2

12.808

2P

12.681

2s2p 33 D;-2s2p2(4P)3d3F4

12.591

2P 2 ls o -2p3dlP;

12.5

2P

12.469

2P

12.438

2P

12.401

2p2

23

40.190.220

-2p3s3Po

P2

- 2p3s3P;

p1

- 2p3slP;

40,151,152,218,220

-2p3d3D;

40.56.220

21

P2 - 2p3d3F;

1.15

0.23

22*,40,96*,151,220

D2 - 2p3dlP;

0.06

- 2p3d3D; 3 "if 3

po

2P

11.956

2p2

23

22*,40,41,96*,151,220

22*,40,220

3

12.273

40,101,220

0.620

3P2

21

40,56,152,206,220

1.40

1-

2P

40,96.151*,152.190.213,218, 220

1.24

3P

12.399

0.050

- 2p3d1D;

Pl

23

12.262

References

so - 2p3d3P;

23

12.397

A

D2

'so

21

f

gf

13.25

23

(C - Sequence)

-

Di

2.94

0.588

22*,39,40,56,85,95,96*,101, 151*,181,190,220

1.44

0.48

22*,39,40,95,96*,151*,152, 181,220

1.28

1.28

22*,40,56,95,96*,151*,181, 220

D2 -2p3d'P;

4.72

P2 - 2p3d3P;

1.08

'D

22',39,40,152,220

22*,39,40,96",101,123,151r 152,220

0.216

40,56.85,95,96*,101,151*, 181,190,220

- 2s2p23plP0

40,220

11.772

1 D-

1

11.637

1D-

1

PO

40,220

PO

40,220

271

Atomic

Data and Nuclear

Data Tables.

Vol. 23, No. 3, March

1979

K. MORI, M. OTSUKA, and T. KATO

TABLES.

Grotrian Diagrams for FeVIII-FeXXVI

Transition

Data

See page 233 for Explanation of Tables

Fe A 11.865

XXI

Configuration 2p2

(C - Sequence) f

gf

A

References

3P - 2s2p23p3Po 3

11.698

40,151*,220 3

P-

0.060 PO

40,151*,220

40,151*,220

11.742

2*2

3P

- 2s2p23p3Do

11.592

2P 2 3P

- 2s2p23p3So

40,220

9.94

2p2

- 2p4dlPO

40

9.81

2P

9.723

2p2

'D2

- 2p4s'P;

40,56

9.450

2p2

3P.

- 2p4d3D;

40,56,151,220

lso

21

0.239

so - 2~4~1~;

40.56

1.896

53,85,111.167

212

Atomic

Data and Nuclear

Data Tables,

Vol. 23. NO. 3. March

1979

K. MORI, M. OTSUKA,

Grotrian Diagrams for FeVIII-FeXXVI

and T. KATO

TABLES. Transition Data See page 233for Explanation of Tables

Fe Configuration

A 2

2s

557.5

3s

349.3

2P2P0

-

PO

-

p;/2

-

2P2P0

3/z

2

2s2p

156.84

2s2p

8.506

206,211*

4P

5.5g6

206,211*

1.517

51,206,211*

1.~36~

51,206,211*

1.3Z6

206,211*

1.9ag

56,75,88,99,147,151*,157,211*, 213

0.14

3.97g

56,75,88,99,i02*,147,151*,157, 211*,213

0.13

3.75g

56,75,88,99,102*,147,151*, 157,211*,213

4P

- 2szfi2

p;/2

-

2 =5/Z

=3/Z

22 p3/2-2p

22

3 zp.

3 ZDO 2 =5/Z-

sl,2-2P3

%/2

2s2p

p;/2

2s

-

2s2p 2 4P

5/z-2p3

49

4

125.71

7.568

117.52

pl/22

p;/2

l/2

Pi/Z 2

-

p;/2

-

2

4.10

10

'3/Z

75,88,99,102*,147,151*,152, 157,211*,213

157

312

22 - 2s2p

PO 3/Z

0.18

75,88,99,102*,147,151*,152, 157,211*,213

4So 312 4 ?/2

'3/Z4

2

0.001

0.017

2

2p

157

2P;,2

22

pG2 -

157

D;/2

2

117.12

157

D;/2 2

=3/Z-

22

157

3/Z

D5/2-2p

144.82

157

312

2

2p

3/Z

2D3,2

2

2s2p

312

2

149.90

102.20

4Pl,2

2

157.36

32*,151*

p1/2

-

references

A

0.335

'5/Z

Pa 312

ev

56,58,102,112,158

4

pb2

135.73

114.39

-

3/z

f

4

2

156.20

116.24

- zap2

312

IP = 1799

P;,2

p;/2,1/2

2

217.30

134.65

3p

p;/2

247.19

2

2 s1/2-

2

253.17

135.93

zp

2

292.46

139.82

2

2

(B - Sequence) 9f

2 2p P;,2-2s

845.1

161.65

XXII

157

157

0.13

1.49

0.51

2.65

10 10

1

2

75,99,102*,151*,157.211* 56,59,60,75,88,99,102*,147, 151*,157,211* 56,75,88,99,102*.147,151*157, 2114

p1/2

273

Atomic

Data and Nuclear

Data Tables.

Vol. 23, No. 3. March

1979

K. MORI,

M. OTSUKA,

and T. KATO

Grotrian

Diagrams

for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables Fe

x

2 *i/2

4P2P"

9.91

32*,151

3.23

32',151

0.737

32*,151

37.48

3d2D

-

35.88

3p2Po

- 4d2D

34.40

3s2s

13.90

2s2p

12.38

2p2*o

D -2s2p3s2Po

- 3s

2s2p 2 4P

-

512

22 D5/2

101,220

3/2

12 P)3d

2S2p(

32,101,151,220

D;,2

101,220

(3P)3d2F;,2

-292~

- 3d2D -

*;/2

-

4P

--2p(

3/2

‘D

2.35

S/2

2

2

512

101,220

%/2

P”

3/2

2s2p2

101,220

2

2P2P0

11.727

220

101,220

D3/2-

11.843

32*,56,96,151*,181,190,211*,

8.53ll

"$2

2D5,2-

2

0.019

4

2

11.90

32*,56,96,151*,181,190,211*,

-2s2p(3Pud40;,2

5/2-

P)3d

0.66

1.32

D3/2

3.

,151,220

220

0.116

%/2

12

2S2p(3P)3d2D;,2

4P

12.12

1.63

I

%/2 2

12.230

2s2p

32

2

3/2 *;/2

12.12

3/2

- 4P2P"

2

2s2p2

211*

4f2F0

-

2s2p2%5,2-

56,59,75,88,99,1O2',l5l*~l57,

32*,1X

3p2Po

12.120

l.391°

0.270

37.66

12.259

References

4s2s

-

11.89

I

A

32+,151

3d2D

12.22

f

0.160

38.85

22

0.03

'3/Z

-

l/2

(8 - SeqUenCe) gf

Configuration 2

100.77

11.862

XXII

4

3.0412

18,32*,151,190,211*,220

1.8312

18,25*,32,56,85,95,96,101, 151*,211*,220

1.5913

18,25,32,56,85,95,96,101,151, 190,202,211,220

25,101

P;,2

274

Atomic

Data and Nuclear

Data Tables.

Vol. 23. No. 3. March

1979

K. MORI, M. OTSUKA,

and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables Fe XXII

x 11.730

11.65

Configuration 2s2p

22

2

PO

2s2p

11.440

2p 2Po

2s2p

11.325

2s2p

2p

9.08

9.05

2~

8.1

1.886

PO

40,101,220

%/2

40,101,220

2

Q2

101

D5,2

101

-2s2p3p2S;,,

40

-2s2p3p2Po

151

2 - 4s

6.42=

%2 2

3.32

sl/2

- 4d

2

0.43

D5,2

2

2

40,101,220

D3/2

22

Q2

P)3p

-

%/2

p;/2

2P

101

2

22

2PQ 312 2 PO 1/2-

3

-2S2P(

312

2

8.97

F;,2

-2s2p3p2Do

%/2

2

References

pl/2

l/2

11.377

A

2

-

22

11.524

11.420

f

-2~Zp('P)3p~P~,~

3/2 l/2

2

Sequence)

gf 12 P)3d

-2sZp(

D3/2

2P2P.

11.458

9.16

(B -

-

0.24

D3/2

- 5d

(Ka)2p2Po-ls2s22p2

2

0.120

16,211* 11

16,211*

5.9312

25*,151*,1S1,211*

5.1112

25*,151*,181,190,211'

D3,2

56

2P,2D

0.590

0.59

275

18*,53,55,85,111,167,1S1,213

Atomic

Data and Nuclear

Data Tables,

Vol. 23. No. 3, March

1979

K. MORI, M. OTSUKA, and T. KATO

TABLES.

Grotrian Diagrams for FeVIII-FeXXVI

Transition

Data

See page 233 for Explanation of Tables

Fe XXIII configuration

h

1093

2s2p3p;

263.76

2s2

180.07

2szp3p;

2s

A 58,112

2

51,112,151,152,206,237,238

23

p1

75,88,99

3 pO

75,88,99

3P;

-

3 p2

75,88,99

3

P;

-

P;

-

3P

3 PO 1

3P

21

ev

References

-

3

144.82

f

IP = 1950

- 2s2p3p;

- 2p

3

147.59

Sequence)

3 P;

166.77 154.35

0

-

gf

- 2s2p3po

l8

173.88

132.83

(Be

p1

75,88,99 75,88,99

1

75,88,99

2

so - 2szplp;

0.170

0.170

1.691'

17*,18*,32*,58,75,88,99,102*, 112,125,133,147,151*,152,200, 237,238

36.12

2s3dlD2

- 2s4p'P;

0.0765

1.3011

32*.151*

35.44

2s3d1D2

- 2s4f1F;

5.07

3.8512

32*,151*

35.38

2s3d3D3

- 2s4p3P;

0.203

1.2011

32',151*

2s3p1P;

- 2s4s'S

0.115

6.9811

32*,151*

35.05

2s3p3P;

- 2~4~~81

0.385

6.9811

32*,151*

34.64

2s3d3D3

- 2s4f3F;

3.8512

32*,151*

33.95

2s3plP;

- 2s4d1D2

1.67

1.9312

32*,151*

2s3p3P;

- 2s4d3D

5.16

1.9912

32*,151*

32.57

2s3s1So

- 2s4p'P;

0.294

6.1611

32*,151*

32.55

2s3s3Sl

- 2s4p3P;

1.17

8.1811

32*,151*

12.24

2s2plp;

- 2s3s1So

0.302

9.20=

32*,56,151*,190,220

35.15

33.88

0

14.8

3

276

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 3. March

1979

K. MORI, M. OTSUKA,

Grotrian Diagrams for FeVIII-FeXXVI

and T. KATO

TABLES.

Transition

Data

See page 233 for Explanation

Fe XXIII h

0s

Configuration

11.80

2s2

l8

11.79

2szp3p;

- 2s3s3Sl

11.730

2s2plP;

- 2s3dlD

11.571

2P

11.521

2P

11.45

2s2p3P;

21

0

D2

23

2

0.175

3.6312

32*,151*,190,220

1.94

1.5413

25*,32*,101,151*,181,220

-2p3d'F;

101

3.19

-

3 3

25*,101

6.09

25*,31,32,85,95,96,101,151*, 181.190.220

1.69

2s2

3s 1 - 2s3p3P;

11.167

2s2

ls 0 - 2s3p3P;

0.21

11.01

2s2

ls 0 - 2s3p'P;

0.735

32,220

2s2p3P;

- 2p3p3D

3

2sZplP;

- 2~4~1s

0

8.858

2szplP;

8.702

8.628

25*,32,40,56,96,206,220

17*,18*,25*,32*,39,40,56,95, 96,102,151,152,181,190,220

6.0912

25*,32,101,220

0.651

0.0193

1.6112

32*,56,151*,190

- 2s4d1D2

0.371

6.30812

25*,32*,151*,190

2szp3P;

- 2~4~~61

0.0374

1.09812

32*,151,190

2s2p3P;

- 2s4d3D

1.12

6.6912

25*,32*,151*,190

8.319

2s

8.307

2s2

1.872

25*,31,32*,85,95,96,101, 151*,181,190,220

2.2913

11.250

8.938

References

A

17*,18*,32,151*,190,220

D2

10.926

f

- 2s3dlD;

- 2s3d3D

3 Pi

- Sequence)

gf

P2 -2p3d3D;

11.360

of Tables

21

so

2

- 2s4p3P;

1s 0 - 2s4plP;

(Ku) Is%%’

’ So-1s2s22p1~;

56,152,229

0.186

0.780

25*,32*,54*,55,56,151,152, 229

5.7912

0.78

277

17*,18*,53,55,85,111,127, 130,167,179,181,202,213

Atomic

Data and Nuclear

Data Tables.

Vol. 23. No. 3, March

1979

K. MORI,

M. OTSUKA,

and T. KATO

Grotrian

Diagrams

for FeVIII-FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables

Fe XXIV Configuration

x

255.29

(Li

2

-

f

gf 2

2s s1/2

- 2P p;,2

IF = 2024

Sl3qWSIlCe)

1

References

A

0.0176

1.74g

17*,18',32*,51,75,88,99,151, 152,200,202,206,232,236,237, 238

0.047

4.15g

17',18*,32*,51,75,88,99,133, 151,152,200,202,206,232,236, 237

0 .105

2 192.14

2S l/2

32.13

2 @ p;/2

32.72

3a2D

32.52

2 3a %~/2,3/2-~f

32.10

3p2p3,2

31.22

3s 2 s1/2

2 - 4p p;/2,1/2

11.38

2p 2p;/2

- 3s

11.250

2

11.20

11.17

11.01

10.65

-

I

p;/2

2 - 4s

sl/2

- 4p2po

2

I l,2-4a2D5,2

0.237

32*.151'

0.123

32*,151*

I 3/2

3.59

32*,151*

0.848

32*,151*

2 s1/2

16,17*,32*,39,56,85,96,106, 151*,152,181,213,220

I

0.102

PO l/2

2P2P0

3/2

-

2s

l/2

D3/2

2

2 p:/2

-

p;/2

-

2

D5/2 2

2s 2 s1,2

2s

D3/2

2 - 3P Q2

-

2

l/2

8.378

2 2P p;,2

8.290

2

p;/2

16,17*,32*,39,56,85,106,151*, 152,181,213,220

- 3d 2

p;/2

- 4s -

2

s1,2

28

l/2

16,17*,32',39,95,96,106,151* 152,213,220

I

16,17*,32*,39,85,95,96,106, 151*,152,181,190,213,220

4.11

16,17*,32*,56,85,95,96,151*, 190,213,220

16,17*,18',32*,39,40,56,85, 95,96,106,151*,176,181,190, 206,220

i1 0.771

10.61

32*,X1*

10.2

F:/2,5/2

ev

0.380

16,17*,18*,32*,39,40,56,85, 95,96,106,151*,152,176,181, 190,206,220

0.0145

16,32*,54*,55,151*,152,228

0.0073

16,32*,54',55,151*,152,228

278

Atomic

Data and

Nuclear

Data Tables,

Vol. 23, No. 3. March

1979

K. MORI,

M. OTSUKA,

Grotrian

and T. KATO

Diagrams

for FeVIII-

FeXXVI

TABLES. Transition Data See page 233 for Explanation of Tables

Fe

Configuration

x 8.317

(Li

XXIV

2P2P0

312

- Sequence) f

gf

A

References

- 4d 2 D5/2

0.440

16,32*,54*,55,56,95,151*,152, 179,181*,190

8.314

2 pz/2

-

2 D3/2

0.0489

16,32*,54*,151*,152,181*

8.233

2 p;/2

-

2D

0.247

16,32',14*,55,56,95,151',152, 179,181*,228

7.989

2s 2 sl/2

312

- 4p 2 p;,2

0.065

16,32',54*,55,56,95,123,151*, 176,179,181',190

0.096 2

7.979

Sl/2

2

-

3/2

PO l/2

2 - 5d D5/2 2 D3/2

7.233

2 2s %/2

2 - 5P p;,2

6.97

2P2P

1.874

lS22S2S

1.870

2 2 IS 2p P;,2-l*2P2

1.867

Is

7.41

2p2po 2

7.36

2

3/z

0.131

po

16,190 16,190

0.042

2p

- 6d

4

l,2-ls2s2P

2

16,190

D3/2

16,53,55,95,118,123,126,130

22

P;,2-ls2p

53,95,118,123,126,127,130

D3/2 2

p;/2-

16,53,95,118,123,126,127.130

D5/2

2

1.863

16,53,55,126

p;,2

4P3,2

2

2 pQ2

-

16,53,95,118,123,126,127,130

D3/2

1.863 2

1.861

2

16,53,126,127,130,158

2P

3/z

16,53,126,127,130,158

2 2s

l/2

16,126,127,130,155

p;/2-

2

2 zp P;,2-ls2p

1.8525

1s

1.602

lS22S2S

w

16.18*,53,55,85,95,111,118, 123,126,127,130,152.167,181

2P3,2

2

1.858

0.40

p;/2

2 2p P;,2-ls2p2

16,18*,53,55,111,126,127,130, 152,167

I

2 sl/2-

1s

16,151*,152,176,179,181*

2

l/2

1.866

1.862

16,32*,54*,55,56,95,123,151*, 152,176,179.181*,190

-ls2s3p2P"

85

279

Atoms

Data and

Nuclear

Data Tables.

Vol. 23, No. 3. March

1979

K. MORI, M. OTSUKA, and T. KATO

TABLES.

Grotrian Diagrams for FeVIII-FeXXVI

Transition

Data

See page 233 for Explanation of Tables

Fe xxv x

Configuration . + - 1szp“P;

474.7

lS2S‘lS1

280.7

lS2SlSo

- ls2plP;

30.24

ls3plP;

- lS4SlS

30.11

lS3dlD2

- ls4plP;

30.10

ls3p'P;

- ls4d'D

30.02

1s3p3p;

- lS4S3S

30.00

ls3d1D2

29.98

(we

- Sequence)

gf

f

IP = 8828

ev

A

References

0.0820

32*,151*

0.0494

32*,151*

0.106

32*,151

0.179

32*,151

1.87

32*,151

0.322

32*,151

- ls4f'F;

5.10

32*,151

1939351

- 1s4p3p;

1.36

32*,151*

29.98

ls3d3D3

- ls4f3F;

15.27

32*,151

29.96

ls3d3D3

- 1s4p3p;

29.68

ls3p3P;

- ls4d3D

29.55

lS3SlSD

- 1s4plp;

10.61

ls2plP;

- lS3S1S

10.55

ls2plP;

- ls3d1D2

10.46

1szp3p;

- ls3s3S

10.36

ls2p3P;

- ls3d3D

10.18

192s1s0

10.16

1*2s3s0

0

2

1

0.0536

32*,151

5.44

32*,151

0.442

32*,151

0.0436

32*,56,151*

2.26

32*,151',202

0.137

32*,151*

6.18

32*,151*,181*

- ls3plP;

0.344

32',151*

- 1.¶3p3p;

1.22

3

0

1

3

8.7812

280

32*,151*,164*,181

Atomic

Data and Nuclear

Data Tables.

Vol. 23, No. 3, March

1979

K. MORI, M. OTSUKA,

and T. KATO

Grotrian Diagrams for FeVIII-FeXXVI

TABLES. Transition Data See page233 for Explanation of Tables

Fe XXV x

(He

Configuration

- Sequence)

gf

f

References

A

7.816

1szplp;

- lS4Sldo

0.0097

32*,151

7.807

152plP;

- ls4d1D2

0.364

32*,151

7.724

1s2p3p;

- 1s4s3s1

0.0302

32',151

7.701

152p3p;

- ls4d3D3

1.10

32*,151

7.593

1s2slso

- ls4plP;

0.0840

32*,151*

7.586

lS2S3S1

- 1s4p3p;

0.297

32*,151*

1.868

ls2

% 0 -

1.8585

ls2

ls

1.792

1.787

1.784

0.790

0.79

- lSZP3Pi

0.794

0.79

0.79

0.79

17*,18*,38,53,55,95,111,127, 130,151,181*,198,220,223

0.794

0.79

16,17*,18*,25,32*,38,53,55, 85,111,118,127,130,151,152, 155,181,189,198,202,220,223

1

1.8500

1.851

0

lS2S3Sl

3 so -

ls2

ls

0

pz

- ls2plP;

1s2p'P;

- 2p 21

lS2S3Sl

-2s2p3p2

1szplp;

- 2P 21

17*,18*,53,55,111,118,123, 127,130,151*,152,181*,189, 198,202,220,223

8.8913

16,17*,18*,32,38,53,55,85,95, 111,118,123.129,130,151,152, 164,167,181,189,198,220,223

223

D2

223

223

so

1.592

ls2

ls 0 - 1s3plp;

0.156

0.16

17',18*,32*,38,85,151,167, 181*,189,220

1.518

Is2

ls

0.0580

0.057

32*,67,85,151,152,167,181*, 189,220,239

1.46

ls2

ls

0.028

152.181*.189

0

- ls4plP;

0 - ls5plP;

281

Atomic

Data and Nuclear

Data Tables,

Vol. 23. No. 3. March

1979

K. MORI,

M. OTSUKA,

Grotrian

and T. KATO

TABLES.

Transition

Diagrams

for FeVIII-FeXXVI

Data

See page 233 for Explanation of Tables

Fe XXVI Configuration

.I

gf

f

IP = 9278

2s 2 sl,2

- 3p Q2

1.7815

1s

2

2 - 2P p;,2

References 151*,181,239

'i 0.8324

1 0.421

17*,18',38,55,85,95,151,152, 167,180',181*,220,223,239

2 1.7770

1.51

2S l/2

Is 2 s1/2

1.43

2 Is

s1/2

-

17*,18*,55,167,180*,181*,223,

p;/2

2 - 3P Q2

- 4P2P0

eV

A

2

9.63

s1,2

(Ii - Sequence)

0.1582

0.079

18*,32,151,181*,220

151,220,239

l/2

1.40

Is 2 %/2

2 - 5P p;,2

151,220,239

1.39

Is 2 s1/2

- 6~ 2P;,2

151,239

282

Atomic

Data and Nuclear

Data Tables,

Vol. 23. No. 3. March

1979

K. MORI, M.OTSUKA,

Grotrian Diagrams for FeVIII-FeXXVI

andT. KATO

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1979

K. MORI,

M. OTSUKA,

and T. KATO

Grotrian

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KATO

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M. OTSUKA,

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Grotrian diagrams for highly ionized iron FeVIII-FeXXVI

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