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Author index to volume 21
I. Quonr. Speclrosc. Rodiat. Transfer Vol. 21, pp. I-IV Pergamon Press Ltd., 1979. Printed in Great Britain
AUTHOR INDEX TO VOLUME 21 Aeschliman, D. P., J. C. Cummings, and R. A. Hill, Raman spectroscopic study of a laminar hydrogen diffusion flame in air, 293. Aeschliman, D. P. (see R. A. Hill), 213. Alkemade, C. Th. J. (see R. A. Van Calcar), 11. Alkemade, C. Th. J. (see C. A. Van Dijk), 115. Anderson, Edward E., An approximate band model for radiative transfer in semitransparent solids, 183. Bagneux, J. M. (see H. Kafrouni), 457. Bastard, D., A. Bretenoux, A. Charru, and F. Picherit, Determination of mean collision cross sections of free radical OH with foreign gases, 369. Bergstrom, Robert W. and Allen C. Cogley, Scattering of emitted radiations from inhomogeneous and nonisothermal layers, 279. Bergstrom, Robert W. (see Allen C. Cogley), 263. Biewenga, K. J. (see R. A. Van Calcar), 11. Birnbaum, George, The shape of collision broadened lines from resonance to the far wings, 597. Bretenoux, A. (see D. Bastard), 369. Brown, R. J. and M. L. Parsons, Relative atomic transition probabilities for Na, SC, Ti, Cr, Fe, Co, and Ni using flame atomic absorption spectroscopy, 553. Burrell, Fred (see Roger Hess), 23. Butaux, J., G. Nienhuis, and F. Schuller, Impact and quasistatic limit in the quantum-path theory of pressure broadening, 123. Campbell, R. (see R. Hefferlin), 315, 337. Cariou, J (see J. Lotrian), 143. Cayton, T. (see R. Hefferlin), 315. Chan, Calvin and John W. Daily, Near-resonant Rayleigh scattering and atomic flame fluorescence spectroscopy, 527. Charru, A. (see D. Bastard), 369. Cheung, Nai-Ho and Terrill A. Cool, Franck-Condon factors and R-centroids for the B’ZX22 systems of HgCl, HgBr, and HgI, 397. Clark, T. A. (see D. J. W. Kendall), 511. Cogley, Allen C. and Robert W. Bergstrom, Numerical results for the thermal scattering functions, 263. Cogley, Allen C. (see Robert W. Bergstrom), 279. Cohen, M. and R. P. MC Eachran, The polarized frozen-core approximation: application to ionization energies and oscillator strengths for beryllium, 1. Coll, C. F. (see J. A. Miller), 193. Cool, Terrill A. (see Nai-Ho Cheung), 397. Crosbie, A. L., Single and double scattering approximations for a two-dimensional cylindrical medium, 107. Crosbie, A. L. and J. W. Koewing, Two-dimensional radiative transfer in a finite scattering planar medium, 573. Cummings, J. C. (see D. P. Aeschliman), 293. Daily, John W. (see Calvin Chan), 527. Devaux, C., C. E. Siewert, and Y. Yener, The effect of forward and backward scattering on the spherical albedo for a finite plane-parrallel atmosphere, 505. Dietrich, L. and Th. Reese, Measurements of emission coefficient for continuum radiation from shock-heated krypton plasmas, 433. Dimpfl, William L. and James L. Kinsey, Radiative lifetime of OH (A%) and Einstein coefficients for the A-X system of OH and OD, 233. Emanuel, George, A simple model for multiphoton molecular absorption, 147. I
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Engelsht, V. S. and L. T. Larkina, Determination of spectral emission and absorption coefficients in axisymmetric plasmas, 65. Flower, W. L. (see R. A. Hill), 213. Fujimoto, Takashi, A collisional-radiative model for helium and its application to a discharge plasma, 439. Fujimoto, Takashi, Kiyoshi Ueda, and Kuniya Fukuda, Observations of the collision-induced dipole transitions and of a quadrupole transition for barium in krypton (NOTE), 89. Fukuda, Kuniya (see Takashi Fujimoto)(NOTE), 89. Fymat, Alain L. and Jacqueline Lenoble, Inverse multiple scattering problems-III. Inadequacy of certain limb darkening and phase curves for retrieving atmospheric information and limitations of approximate scattering models, 75. Gimbel, D. (see R. Hefferlin), 315, 337. Gleizes, A. (see H. Kafrouni), 457. Goldman, A. and R. S. Saunders, Analysis of atmospheric infrared spectra for altitude distribution of atmospheric trace constituents-I. Method of analysis, 155. Greenlee, T. R. and W. Whaling, MN(I) transition probabilities and the manganese solar abundance, 55. Guern, Y. (see J. Lotrian), 143. Hefferlin, R., R. Campbell, D. Gimbel, H. Kuhlman, and T. Cayton, The periodic table of diatomic molecules-I. An algorithm for retrieval and prediction of spectrophysical properties, 315. Hefferlin, R., H. Kuklman, R. Campbell, and D. Gimbel, A periodic table of free diatomic molecules-II. Predicted internuclear separations from curve-fitted data, 337. Her&Bartolic, V. (see D. Soldo) (NOTE), 85. Hess, Roger and Fred Burrell, Collisional radiative model of helium including response to resonant radiation, 23. Hill, R. A., Effect of satellite Q-branches on temperatures computed from oxygen vibrational Raman intensities, 221. Hill, R. A., A. J. Mulac, D. P. Aeschliman, and W. L. Flower, Temperatures from rotationalvibrational Raman Q-branches, 213. Hill, R. A. (see D. P. Aeschliman), 293. Hill, R. M., Application of curve of growth to absorption spectral lines, 19. Hoffman, H., 0 -ion radiation in the spectrum of an oxygen are plasma, 163. Hollander, TJ. (see R. A. Van Calcar), 11. Hui, Amit K., Mark R. MC Keever, and Joel Tellinghuisen, Temperatures of Tesla discharges from OH A--f X intensity measurements, 387. HumliEek, J., An efficient method for evaluation of the complex probability function: the Voigt function and its derivatives, 309. Ikee, Ryuiti (see Masamoto Otsuka), 41. Ishii, Kazushige (see Masamoto Otsuka), 41. Johannin-Gilles, A. (see J. Lotrian), 143. John, T. L., Neutral bremsstrahlung by carbon monoxide, 483. John, T. L., Photodetachment of Si-, 485. Johnson, W. S., Comprehensive organic chemistry, Vol. V, a book review, V (No. 2). Kafrouni, H., J. M. Bageneux, A. Gleizes, and S. Vacquie, Temporal changes of particle densities and temperatures in a decaying arc discharge, 457. Kalkofen, W., R. I. Klein, and R. F. Stein, Deviations from LTE in a stellar atmosphere, 355. Kendall, D. J. W. and T. A. Clark, The pure rotational atmospheric lines of hydroxyl, 511. Kinsey, James L. (see William L. Dimpfl), 233. Klein, R. I. (see W. Kalkofen), 355. Kline, J. M. (see K. G. P. Sulzmann), 475. Koewing, J. W. (see A. L. Crosbie), 573. Kuhlman, H. (see R. Hefferlin), 315, 337. Kunitomo, Takeshi (see Masato Osumi), 243. Larkina, L. T. (see V. S. Engelsht), 65. Lemieux, R. U., Comprehensive organic chemistry, Vol. IV, a book review, IV (No. 2).
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Lenoble, Jacqueline (see Alain L. Fymat), 75. Lie, Cl. C. (see W. T. Luh), 547. Lotrian, J., Y. Guern, J. Cariou, and A. Johannin-Gilles, Experimentally determined transition probabilities of the systems 6p2+6p6d, 6p7s, 6~8s of neutral lead, 143. Luh, W. T. and G. C. Lie, Theoretical infrared transition matrix elements for the water molecule, 547. MC Callum, J. C., Computational study of the accuracy of the r-centroid approximation, 563. MC Eachran, R. P. (see M. Cohen), 1. MC Keever, Mark R. (see Amit K. Hui), 387. Melius, C. F. (see J. A. Miller), 193. Miller, J. A., C. F. Coll, and C. F. Melius, Theoretical computation of spontaneous vibrationrotation Raman Scattering from OH(X*II) and NO(X*II), 193. Modak, Ashok T., Exponential wide band parameters for the pure rotational band of water vapor, 131. Mulac, A. J. (see R. A. Hill), 213. Mulder, Th. F. A. (see W. B. Westerveld), 533. Nelson, Duane A., Thermal radiation relaxation times near the boundary of a semi-infinite nongray medium, 99. Nienhuis, G. (see J. Butaux), 123. Osumi, Masato and Takeshi Kunitomo, Line-shape parameters in infrared bands of sulfur dioxide, 243. Otsuka, Masamoto, The relation between the optical escape factor and the thermalization length, 489. Otsuka, Masamoto, Ryuiti Ikee, and Kazushige Ishii, Optical escape factors and population densities for TPDplasma, 41. Ourisson, G., Comprehensive organic chemistry, Vol. II, a book review, II (No. 2). Park, Chul, Shock-tube determination of absorption cross sections and A*A-X*II band transition moments of SiH, 373. Parsons, M. L. (see R. J. Brown), 553. Penner, S. S. (see K. G. P. Sulzmann), 475. PerSin, A. (see D. Soldo) (NOTE), 85. Picherit, F. (see D. Bastard), 369. Pomraning, G. C., The non-equilibrium Marshak wave problem, 249. Reese, Th. (see L. Dietrich), 433. Saffman, Louise and Ward Whaling, Transition probabilities in Sm(I1) and the solar abundance of samarium, 93. Saunders, R. S. (see A. Goldman), 155. Schuller, F. (see J. Butaux), 123. Siewert, C. E., On using the FN method for polarization studies in finite plane-parallel atmospheres, 35. Siewert, C. E. (see C. Devaux), 505. Soldo, D. V. Hen&Bartolic, and A. PerSin, Determination of some atomic-state densities in an Xe-Br2 mixture (NOTE), 85. Stein, R. F. (see W. Kalkofen), 355. Stork, G., Comprehensive organic chemistry, Vol. III, a book review, III (No. 2). Sulzmann, K. G. P., J. M. Kline, and S. S. Penner, Empirical determinations of the effective absorption coefficients for the NO y-bands at 2259A and the y-funcamental of N20 at 4.52 /.L,475. Tellinghuisen, Joel (see Amik K. Hui), 387. Todd, A., Comprehensive organic chemistry, Vol. 1, a book review, I (No. 2). Ueda, Kiyoshi (see Takashi Fujimoto) (NOTE), 89. Vacquie, S. (see H. Kafrouni), 457. Van Calcar, R. A., M. J. M. Van De Ven, B. K. Van Uitert, K. J. Biewenga, Tj. Hollander, and C. Th. J. Alkemade, Saturation of sodium fluorescence in a flame irradiated with a pulsed tunable dye laser, 11. Van De Ven, M. J. M. (see R. A. Van Calcar), 11.
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Van Dijk, C. A., P. J. Th. Zeegers, and C. Th. J. Alkemade, Redistribution of population among the higher levels of Na atoms in an Hz-O*-Ar flame, 115. Van Eck, J. (see W. B. Westerveld), 533. Van Uitert, B. K. (see R. A. Van Calcar), 11. Westerveld, W. B., Th. F. A. Mulder, and J. Van Eck, Determination of oscillator strengths from the self-absorption of resonance radiation in rare gases-II. Neon and argon, 533. Whaling, W. (see T. R. Greenlee), 55. Whaling, Ward (see Louise Saffman), 93. Yener, Y. (see C. Devaux), 505. Young, A. T. (see L. D. G. Young), 227. Young, L. D. G. and A. T. Young, Calculation of spectroscopic data for the v = 2 and u = 3 states of nitric oxide, 227. Zeegers, P. J. Th. (see C. A. Van Dijk), 115.
AUTHOR INDEX TO VOLUME 21 Aeschliman, D. P., J. C. Cummings, and R. A. Hill, Raman spectroscopic study of a laminar hydrogen diffusion flame in air, 293. Aeschliman, D. P. (see R. A. Hill), 213. Alkemade, C. Th. J. (see R. A. Van Calcar), 11. Alkemade, C. Th. J. (see C. A. Van Dijk), 115. Anderson, Edward E., An approximate band model for radiative transfer in semitransparent solids, 183. Bagneux, J. M. (see H. Kafrouni), 457. Bastard, D., A. Bretenoux, A. Charru, and F. Picherit, Determination of mean collision cross sections of free radical OH with foreign gases, 369. Bergstrom, Robert W. and Allen C. Cogley, Scattering of emitted radiations from inhomogeneous and nonisothermal layers, 279. Bergstrom, Robert W. (see Allen C. Cogley), 263. Biewenga, K. J. (see R. A. Van Calcar), 11. Birnbaum, George, The shape of collision broadened lines from resonance to the far wings, 597. Bretenoux, A. (see D. Bastard), 369. Brown, R. J. and M. L. Parsons, Relative atomic transition probabilities for Na, SC, Ti, Cr, Fe, Co, and Ni using flame atomic absorption spectroscopy, 553. Burrell, Fred (see Roger Hess), 23. Butaux, J., G. Nienhuis, and F. Schuller, Impact and quasistatic limit in the quantum-path theory of pressure broadening, 123. Campbell, R. (see R. Hefferlin), 315, 337. Cariou, J (see J. Lotrian), 143. Cayton, T. (see R. Hefferlin), 315. Chan, Calvin and John W. Daily, Near-resonant Rayleigh scattering and atomic flame fluorescence spectroscopy, 527. Charru, A. (see D. Bastard), 369. Cheung, Nai-Ho and Terrill A. Cool, Franck-Condon factors and R-centroids for the B’ZX22 systems of HgCl, HgBr, and HgI, 397. Clark, T. A. (see D. J. W. Kendall), 511. Cogley, Allen C. and Robert W. Bergstrom, Numerical results for the thermal scattering functions, 263. Cogley, Allen C. (see Robert W. Bergstrom), 279. Cohen, M. and R. P. MC Eachran, The polarized frozen-core approximation: application to ionization energies and oscillator strengths for beryllium, 1. Coll, C. F. (see J. A. Miller), 193. Cool, Terrill A. (see Nai-Ho Cheung), 397. Crosbie, A. L., Single and double scattering approximations for a two-dimensional cylindrical medium, 107. Crosbie, A. L. and J. W. Koewing, Two-dimensional radiative transfer in a finite scattering planar medium, 573. Cummings, J. C. (see D. P. Aeschliman), 293. Daily, John W. (see Calvin Chan), 527. Devaux, C., C. E. Siewert, and Y. Yener, The effect of forward and backward scattering on the spherical albedo for a finite plane-parrallel atmosphere, 505. Dietrich, L. and Th. Reese, Measurements of emission coefficient for continuum radiation from shock-heated krypton plasmas, 433. Dimpfl, William L. and James L. Kinsey, Radiative lifetime of OH (A%) and Einstein coefficients for the A-X system of OH and OD, 233. Emanuel, George, A simple model for multiphoton molecular absorption, 147. I
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Engelsht, V. S. and L. T. Larkina, Determination of spectral emission and absorption coefficients in axisymmetric plasmas, 65. Flower, W. L. (see R. A. Hill), 213. Fujimoto, Takashi, A collisional-radiative model for helium and its application to a discharge plasma, 439. Fujimoto, Takashi, Kiyoshi Ueda, and Kuniya Fukuda, Observations of the collision-induced dipole transitions and of a quadrupole transition for barium in krypton (NOTE), 89. Fukuda, Kuniya (see Takashi Fujimoto)(NOTE), 89. Fymat, Alain L. and Jacqueline Lenoble, Inverse multiple scattering problems-III. Inadequacy of certain limb darkening and phase curves for retrieving atmospheric information and limitations of approximate scattering models, 75. Gimbel, D. (see R. Hefferlin), 315, 337. Gleizes, A. (see H. Kafrouni), 457. Goldman, A. and R. S. Saunders, Analysis of atmospheric infrared spectra for altitude distribution of atmospheric trace constituents-I. Method of analysis, 155. Greenlee, T. R. and W. Whaling, MN(I) transition probabilities and the manganese solar abundance, 55. Guern, Y. (see J. Lotrian), 143. Hefferlin, R., R. Campbell, D. Gimbel, H. Kuhlman, and T. Cayton, The periodic table of diatomic molecules-I. An algorithm for retrieval and prediction of spectrophysical properties, 315. Hefferlin, R., H. Kuklman, R. Campbell, and D. Gimbel, A periodic table of free diatomic molecules-II. Predicted internuclear separations from curve-fitted data, 337. Her&Bartolic, V. (see D. Soldo) (NOTE), 85. Hess, Roger and Fred Burrell, Collisional radiative model of helium including response to resonant radiation, 23. Hill, R. A., Effect of satellite Q-branches on temperatures computed from oxygen vibrational Raman intensities, 221. Hill, R. A., A. J. Mulac, D. P. Aeschliman, and W. L. Flower, Temperatures from rotationalvibrational Raman Q-branches, 213. Hill, R. A. (see D. P. Aeschliman), 293. Hill, R. M., Application of curve of growth to absorption spectral lines, 19. Hoffman, H., 0 -ion radiation in the spectrum of an oxygen are plasma, 163. Hollander, TJ. (see R. A. Van Calcar), 11. Hui, Amit K., Mark R. MC Keever, and Joel Tellinghuisen, Temperatures of Tesla discharges from OH A--f X intensity measurements, 387. HumliEek, J., An efficient method for evaluation of the complex probability function: the Voigt function and its derivatives, 309. Ikee, Ryuiti (see Masamoto Otsuka), 41. Ishii, Kazushige (see Masamoto Otsuka), 41. Johannin-Gilles, A. (see J. Lotrian), 143. John, T. L., Neutral bremsstrahlung by carbon monoxide, 483. John, T. L., Photodetachment of Si-, 485. Johnson, W. S., Comprehensive organic chemistry, Vol. V, a book review, V (No. 2). Kafrouni, H., J. M. Bageneux, A. Gleizes, and S. Vacquie, Temporal changes of particle densities and temperatures in a decaying arc discharge, 457. Kalkofen, W., R. I. Klein, and R. F. Stein, Deviations from LTE in a stellar atmosphere, 355. Kendall, D. J. W. and T. A. Clark, The pure rotational atmospheric lines of hydroxyl, 511. Kinsey, James L. (see William L. Dimpfl), 233. Klein, R. I. (see W. Kalkofen), 355. Kline, J. M. (see K. G. P. Sulzmann), 475. Koewing, J. W. (see A. L. Crosbie), 573. Kuhlman, H. (see R. Hefferlin), 315, 337. Kunitomo, Takeshi (see Masato Osumi), 243. Larkina, L. T. (see V. S. Engelsht), 65. Lemieux, R. U., Comprehensive organic chemistry, Vol. IV, a book review, IV (No. 2).
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Lenoble, Jacqueline (see Alain L. Fymat), 75. Lie, Cl. C. (see W. T. Luh), 547. Lotrian, J., Y. Guern, J. Cariou, and A. Johannin-Gilles, Experimentally determined transition probabilities of the systems 6p2+6p6d, 6p7s, 6~8s of neutral lead, 143. Luh, W. T. and G. C. Lie, Theoretical infrared transition matrix elements for the water molecule, 547. MC Callum, J. C., Computational study of the accuracy of the r-centroid approximation, 563. MC Eachran, R. P. (see M. Cohen), 1. MC Keever, Mark R. (see Amit K. Hui), 387. Melius, C. F. (see J. A. Miller), 193. Miller, J. A., C. F. Coll, and C. F. Melius, Theoretical computation of spontaneous vibrationrotation Raman Scattering from OH(X*II) and NO(X*II), 193. Modak, Ashok T., Exponential wide band parameters for the pure rotational band of water vapor, 131. Mulac, A. J. (see R. A. Hill), 213. Mulder, Th. F. A. (see W. B. Westerveld), 533. Nelson, Duane A., Thermal radiation relaxation times near the boundary of a semi-infinite nongray medium, 99. Nienhuis, G. (see J. Butaux), 123. Osumi, Masato and Takeshi Kunitomo, Line-shape parameters in infrared bands of sulfur dioxide, 243. Otsuka, Masamoto, The relation between the optical escape factor and the thermalization length, 489. Otsuka, Masamoto, Ryuiti Ikee, and Kazushige Ishii, Optical escape factors and population densities for TPDplasma, 41. Ourisson, G., Comprehensive organic chemistry, Vol. II, a book review, II (No. 2). Park, Chul, Shock-tube determination of absorption cross sections and A*A-X*II band transition moments of SiH, 373. Parsons, M. L. (see R. J. Brown), 553. Penner, S. S. (see K. G. P. Sulzmann), 475. PerSin, A. (see D. Soldo) (NOTE), 85. Picherit, F. (see D. Bastard), 369. Pomraning, G. C., The non-equilibrium Marshak wave problem, 249. Reese, Th. (see L. Dietrich), 433. Saffman, Louise and Ward Whaling, Transition probabilities in Sm(I1) and the solar abundance of samarium, 93. Saunders, R. S. (see A. Goldman), 155. Schuller, F. (see J. Butaux), 123. Siewert, C. E., On using the FN method for polarization studies in finite plane-parallel atmospheres, 35. Siewert, C. E. (see C. Devaux), 505. Soldo, D. V. Hen&Bartolic, and A. PerSin, Determination of some atomic-state densities in an Xe-Br2 mixture (NOTE), 85. Stein, R. F. (see W. Kalkofen), 355. Stork, G., Comprehensive organic chemistry, Vol. III, a book review, III (No. 2). Sulzmann, K. G. P., J. M. Kline, and S. S. Penner, Empirical determinations of the effective absorption coefficients for the NO y-bands at 2259A and the y-funcamental of N20 at 4.52 /.L,475. Tellinghuisen, Joel (see Amik K. Hui), 387. Todd, A., Comprehensive organic chemistry, Vol. 1, a book review, I (No. 2). Ueda, Kiyoshi (see Takashi Fujimoto) (NOTE), 89. Vacquie, S. (see H. Kafrouni), 457. Van Calcar, R. A., M. J. M. Van De Ven, B. K. Van Uitert, K. J. Biewenga, Tj. Hollander, and C. Th. J. Alkemade, Saturation of sodium fluorescence in a flame irradiated with a pulsed tunable dye laser, 11. Van De Ven, M. J. M. (see R. A. Van Calcar), 11.
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Van Dijk, C. A., P. J. Th. Zeegers, and C. Th. J. Alkemade, Redistribution of population among the higher levels of Na atoms in an Hz-O*-Ar flame, 115. Van Eck, J. (see W. B. Westerveld), 533. Van Uitert, B. K. (see R. A. Van Calcar), 11. Westerveld, W. B., Th. F. A. Mulder, and J. Van Eck, Determination of oscillator strengths from the self-absorption of resonance radiation in rare gases-II. Neon and argon, 533. Whaling, W. (see T. R. Greenlee), 55. Whaling, Ward (see Louise Saffman), 93. Yener, Y. (see C. Devaux), 505. Young, A. T. (see L. D. G. Young), 227. Young, L. D. G. and A. T. Young, Calculation of spectroscopic data for the v = 2 and u = 3 states of nitric oxide, 227. Zeegers, P. J. Th. (see C. A. Van Dijk), 115.