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Author Index

A Barnard, A. J., 71, 243, 390, 394, 395
Barnes, K. S., 93, 390
Abrikosov, A. A., 392 Bates, D. R., 30, 32, 155, 388
Acinger, K., 395 Beigman, I. L., 397, 398
Agnew, L., 192, 202, 394 Bekefi, G., 394, 395, 397
Alder, K , 139, 390 Belland, P., 392
Alekseev, V. A., 390 Bely, F., 397
Aleksin, V. F., 392 Bely, O., 91, 390, 397
Ali, A. W., 391 Behringer, K , 179, 180, 393
Allen, C. W., 388 Benattar, R., 397
Anderson, P. W., 4, 5, 103-109, 387 Benett, S. M., 398
Ando, K , 394 Bengtson, R. D., 180, 183, 200, 201, 229,
Antonov, A. S., 396
Arkhipenko, V. I., 397 290, 393, 394, 396
Asmaryan, E. A., 391 Ben-Yosef, N., 222, 396, 397
Assous, R., 201, 290, 395 Berezin, A. B., 219, 397
Autler, S. H., 153, 392 Berezin, A. K., 391
Berg, H. F., 184, 389, 391, 394, 395
B Berman, P. R., 393
Bernstein, M. J., 393
Bacon, M. E., 388, 389, 394 Bethe, H. A., 388
Bailey, R. E., 20 Bezzerides, B., 110, 130, 160, 391
Bakshi, P., 391 Bielicz, E., 397
Balick, B., 398
Baranger, M., 4, 5, 18, 19, 34-39, 72, 74, Birkland, J. W., 178, 193, 393, 394
Blaha, M., 396, 397
79, 88, 92, 114, 131, 137, 140, 141, Blandin, J., 211, 395, 396
220-222, 232-235, 255, 277, 387, Blochinzew, D., 140, 155, 232, 391
388, 389, 391 Bober, L., 394
Baravian, G., 221, 397 Bockasten, K , 392
Bogen, P., 185-187, 214, 394, 396

400 AUTHOR INDEX

Boggess, A., 398 Curnutte, B., 52, 389
Bohr, A., 390 Czuchaj, E., 387, 397
Bohr, N., 6
Boldt, G., 184, 215, 216, 393 D
Böttcher, C , 389
Bötticher, W., 185, 394 Dalenoort, G. J., 23, 110, 391
Braerman, W. F., 396 Damgaard, A., 30, 32, 155, 388
Braun, W. G., 394 Davies, R. D., 397
Brechot (-Sahal), S., see Sahal-Brechot, S. Davis, J., 95, 256, 390, 395
Breene, R. J., 387 Davis, W. D., 223, 394, 397
Bretagne, J., 397 Day, R. A., 204, 208, 211, 395
Bridges, J. M., 394, 395 DeSilva, A. W., 392
Brissaud, A., 100, 390, 391 Deutsch, C , 5, 69, 390, 392, 394
Brocklehurst, M., 398 Diatta, C , 394
Budnikov, V. N., 397 Dillon, T., 393
Bues, I., 199, 393 Donohue, R. J., 192, 202, 203, 228, 394
Burgess, D. D., 131, 135, 145, 151, 158, Doughty, N. A., 398
Doyle, H., 396
187, 188, 194, 195, 199, 231, 247, Drake, G. W. F., 396, 398
277, 391, 392, 293, 394, 396, 397 Drawin, H. W., 5, 165, 388, 390, 392, 394
Burke, P. G., 390 Dubovoi, L. V., 397
Burkhardt, G., 387 Dufty, J. W., 110, 130, 160, 391
Burrell, C. F., 397 Dunn, G. H., 398
Dyne, R. J., 389
C Dzyaloshinskii, I. Ye., 392

Cabannes,F., 395 E
Caby-Eyraud, M., 389
Cairns, C. G., 194, 195, 394 Eberhagen, A., 185, 187, 394
Capes, H., 391 Ecker, G., 23, 388
Chaffin, E., 393 Eckerle, K. L., 208, 395
Chandrasekhar, S., 123-129, 391, 392 Edlen, B., 389
Chapelle, J., 206, 208, 394, 395, 396 Edmonds, F. N., 394
Chappell, W. R., 143, 161, 391, 393, 395 Edwards, D. F., 389
Chester, G. R., 229, 393, 396 Elder, P., 393
Chodura, R., 397 Eldrich, J., 397
Chowdhuri, S. S., 210, 396 Elton, R. C , 393, 396
Churchwell, E., 397 Engelmann, F., 22, 388
Circovic, Lj., 393, 395 Ervens, W., 395
Cogger, L. L., 393 Evans, D. E., 199, 395
Cohen, L., 396
Cohn, A., 391 F
Conte, S. D., 391
Cooper, J., 52, 55, 57, 58, 63, 65, 199, 200, Fano, IL, 5, 387
Fawcett, B. C , 396
231, 389, 390, 391, 393, 394, 395, 396, Feautrier, N., 76, 80, 389, 390
397, 398 Feldman, IL, 396
Cooper, W. S., 154, 184, 215, 216, 222, Fellerhoff, R. D., 393
224, 392, 393 Fesenko, V. M., 392
Couloud, G., 192, 390, 394, 395 Finn, G. D., 397
Cowley, C. R., 203, 395
Craig, J. P., 204, 208, 395

AUTHOR INDEX 401

Fischer, K. G., 23, 388 Hildum, J. S., 396
Fiutak, J., 387, 397 Hill, R. A., 171, 180, 389, 393
Flannery, M. R., 398 Himmel, G., 394
Foley, H. M., 95, 102, 108, 217, 390 Hirschberg, J. G., 393
Fortna, J. D. E., 396 Hoang-Binh, D., 398
Foster, E. W., 393 Hoffman, H., 388
Fraser, P. A., 398 Holstein, T., 103, 109, 127, 388
Freeman, M. P., 393 Holtsmark, J., 4, 15, 108, 387
Fried, B. D., 391 Hooper, C. F., 5, 19-22, 35, 387, 388
Frisch, IL, 100, 390, 391 Huddlestone, R. H., 393
Fuhr, J. R., 389 Hughes, J. W. B., 389
Furch, B., 395 Hummer, D. G., 397
Fussmann, G., 393 Hunger, K., 23, 388
Huus, T., 390
G
I
Gabriel, A. H., 392
Gallagher, C. C., 396, 397 Inglis, D. R., 9, 388
Galushkin, Yu. L, 166, 392 Irons, F. E., 189, 394
Gebauer, R., 216, 393, 396
George, E. V., 394 J
Gerardo, J. B., 171, 180, 393
Gieske, H. A., 191-193, 243, 390 Jäger, H., 396
Girault, M., 395 Jalufka, N. W., 204, 208, 395
Glennon, B. M., 388 James, H. G., 395
Godart, J. L., 397 Jeannet, J. C., 395
Godfrey, J. T., 391 Jefferies, J. T., 392
Goldenbaum, G. C., 392 Jenkins, J. E., 187, 199, 394, 396
Goldsmith, S., 392 Jerrick, T., 393
Gor'kov, L. I., 392 Jones, L. A., 183, 198, 199, 392, 394
Greig, J. R., 71, 188, 197-199, 392, 393, Jones, W. W., 206, 207, 396, 398

394, 395, 396 K
Griem, H. R., 27, 45, 65, 78, 79, 91, 93,
Kalinin, Yu. G., 396
110, 114, 171-181, 191-194, 198-201, Kaiman, G., 391
243, 257-264, 387-398 Katz, S., 393
Griffith, R., 394 Keilhacker, M., 397
Kelleher, D. E., 215, 393, 396
H Kepple, P. C., 171-181, 183-185, 389,

Haag, T., 393 392, 393, 394
Hadziomerspahic, D., 206, 396 Khateeb, A. H., 262, 397
Hallin, R., 212, 213, 396 Kim, S. H., 24, 388
Hamada, Y., 397 Kingston, A. E., 397
Hantsche, E., 388 Klarsfeld, S., 57, 58, 63, 65, 69, 76, 80,
Heide, R. v. d., 395
Henning, H., 392 83, 390
Herman, L., 5, 390, 392, 395 Klein, H. H., 388
Hess, R. A., 222, 224, 392 Klein, L., 160, 391
Hessberg, H., 185, 394 Klimontovich, Yu. L., 391
Hicks, W. W., 392 Kobzev, G. A., 397

402 AUTHOR INDEX

Kogan, V. I., 5, 100, 122-130, 241, 387, McNally, J. R., 392
388, 391 Mahon, R., 393, 394
Majkowski, R. F., 192, 202, 203, 228, 394
Kolb, A. C , 4, 37, 114, 387, 389 Martin, W. C., 398
Konjevic, N., 171, 210, 393, 395, 396 Maschke, E. K., 165, 392
Kornherr, M., 397 Mather, J. W., 396 "
Körten, M., 389 Matt, D. R., 397
Krall, N. A., 388 Mazing, M. A., 212, 213, 396
Krey, R. IL, 172, 173, 393 Maznichenko, M. E., 397
Kudrin, L. P., 396 Menon, T. K., 397
Kulkarni, R. G., 393 Merzbacher, E., 392
Kunze, H. J., 390, 391, 393, 396, 397 Mewes, E. R., 395
Kusch, H. J., 203, 207, 208, 395, 396 Miles, B. M., 388, 389
Kützyn, A. A., 397 Miller, J. R., 393
Miller, M. H., 200-203, 290, 393, 394, 395
L Minaeva, L. A., 259, 397
Mitrovic, V., 395
Labat, J., 393, 395, 396 Moore, C. E., 321, 388, 389
Lake, C. W., 393 Moores, D. L., 390
Lamb, W. E., 393 Moo-Young, G. A., 170, 202, 393, 395
Lanczos, C , 216, 396 Morris, J. C., 172, 173, 393
Larenz, R. W., 23, 388 Mottelson, B., 390
La Salle, T. R., 398 Mozer, B., 18, 19, 140, 220-222, 232-235,
Lauer, J. E., 397
Lee, R. W., 110, 130, 249, 391, 393, 394, 388, 391
Mugglestone, D., 397
395 Müller, K. G., 388
Leeman, S., 398
Leonard, S. L., 393 N
Levine, M. A., 396, 397
Lewis, M., 117, 141, 144, 185, 389 Narumi, H., 150, 389, 392
Lie, T. N., 396 Née, T. J., 398
Lifshits, E. V., 140, 391 Neidigh, R. V., 392
Lim, C. P., 395 Nelson, R. H., 394
Lincke, R., 391, 395 Neufeld, C. R., 395
Lindholm, E., 95, 102, 105, 108, 217, 390 Neuman, J. v., 123-129, 391
Lisitsa, V. S., 130, 389, 391 Nguyen-Hoe, 5, 27, 165, 388, 392
Lochte-Holtgreven, W., 393 Niedermeyer, H., 397
Lorentz, H. A., 38, 53, 109, 389 Nubbemeyer, H., 395
Lovberg, R. H.; 393
Lüders, G., 393 o
Luken, W., 388
Lyapkalo, Yu. M., 391 O'Brien, J. T., 21, 388
Lyublin, B. V., 397 Oda, T., 392, 394
Oertel, G. K., 55, 57, 58, 63, 65, 199, 201,
M
388, 389, 395
McDowell, M. R. C., 390 Oettinger, P. E., 200, 395
McEachran, R. P., 398 Ofelt, G. S., 395
Macek, J., 398 O'Mara, B. J., 389, 397
Mcllrath, T. J., 392 Omidvar, K., 262, 397, 398
McLean, E. A., 171, 172, 393 Oppenheimer, M., 396

AUTHOR INDEX 403

Ormonde, S., 45 Roig, R. A., 395
Oss, J. P., 394 Rosenbluth, M. N., 142, 391
Ott, W. R., 393 Rostoker, N., 142, 143, 391
Overschelp, E., 203, 395 Rubin, A. G., 222, 396, 397
Rubin, R. H., 398
P Rusanov, V. D., 396

Palmer, P., 398 S
Palumbo, G., 395
Paquette, D. R., 393 Sahal-Brechot, S., 5, 76, 78, 79, 80, 83,
Pavlichenko, M. S., 397 206, 208, 210, 214, 274, 275, 389, 390,
Pavlov, M., 176, 393 396
Payne, J., 397
Peacock, N. J., 152, 188, 394, 396 Salpeter, E. E., 388
Peach, G., 93, 390, 398 Sanchez, A., 92, 396
Pedlar, A., 397 Saraph, H. E., 262, 397
Peek, J. M., 398 Sassi, M., 192, 390, 394, 395
Percival, I. C., 261, 262, 398 Sayer, B., 395
Petrini, D., 397 Schlüter, H., 182, 183, 217, 394
Pfenning, H., 19, 388, 389, 394 Schulz, P., 199, 395
Pinnekamp, F., 394 Scott, F. R., 392, 397
Plakhov, A. G., 396 Seaton, M. J., 389, 398
Platisa, M., 206, 208, 395, 396 Segre, E. R. E., 79, 214, 274, 275, 390
Platz, P., 393 Selhofer, H., 393
Popenoe, C. H., 173, 393 Selidovkin, A. D., 388
Popovic, M., 395, 396 Shamey, L. J., 390
Poquerusse, A., 394 Shapkin, V. V., 396
Posener, D. W., 397 Shaw, D. T., 71, 192, 394
Powell, W. R., 396 Shen, C. S., 390
Praderie, F., 389 Shen, K. Y., 389, 392
Prasad, A. N., 176,. 393 Shepherd, G., 393
Preist, T. W., 12, 388 Shevel'ko, V. P., 397
Pritschow, H. P., 207, 208, 396 Sholin, G. V., 26, 27, 215, 388, 389, 391,
Puric, J., 207, 208, 210, 395, 396
392, 396
Q Shomo, L. P., 388
Shumaker, J. B., 173, 393
Queffelec, J. C., 395 Simpson, J. P., 398
Simpson, R. W., 397
R Sinanoglu, O., 388
Skoryupin, V. A., 396
Ramsden, S. A., 171, 172, 393
Rausch von Traubenberg, H., 216, 396 Smith, E. W., 5, 171, 173, 387, 389, 391,
Rautian, S. G., 397 393, 394
Richards, D., 261, 262, 398
Richter, J., 173, 393 Smith, M. W , 388
Ringler, H., 154, 393, 397 Smolkin, G. E., 396
Roberts, D. E., 95, 201, 256, 390, 395 Snijders, M. A. J., 397
Roberts, J. R., 208, 395 Sobel'man, I. I., 390, 397, 398
Roder, O., 397 Sobolev, V. V., 392
Solarski, J. E., 393
Sorochenko, R. L., 397
Spalding, I. J , 392
Spatschek, K. H., 388

404 AUTHOR INDEX

Spitzer, L., 388 Vidal, C. R., 174, 178, 183, 191, 192, 217,
Stampa, A., 397 388, 389, 391, 394, 397
Stauffer, A. D., 390
Steuer, K. H., 397 Vojta, G., 388
Stewart, J. C , 398 Volonté, S., 392
Stix, T. H., 391 Voslamber, D., 43, 44, 72, 111, 165, 390,
Stone, P. M., 192, 202, 394
Striganova, E. A., 396 391, 392, 393
Stuck, D., 395 Vrublevskaya, N. A., 212, 213, 396
Stumpfel, C. R., 396 Vujnovic, V., 216, 393, 395, 396
Sultan, G., 397
Suprunenko, V. A., 397 w
Swamy, N. V. V. J., 393
Swartz, M., 396 Waddell, J. H., 232, 397
Sy, A., 396 Waldenfels, W. v., 387
Weise, K., 21, 22, 388
T Weiss, A. W., 388
Weisskopf, V., 3, 53, 60
Talman, J. D., 5, 103-109, 387 Wells, D. C., 394
Tankin, R. S., 394, 395 Wende, B., 216, 393, 395
Tannieh, J. D., 394 Wentzel, G., 388
Tarter, C. B., 389 Wiese, W. L., 171, 176, 179, 180, 203, 215,
Teller, E., 9, 388
Terzian, Y., 398 217, 229, 388, 389, 393, 394, 395, 396
Theimer, O., 388, 392 Wilhelm, H. E., 24, 388
Titov, A. V., 396 Wimmel, H. K., 391
Tittel, H. O., 392 Winn-Williams, C. G., 398
Tonejc, A. M., 395 Winter, A., 390
Townes, C. H., 153, 392 Wood, S. M., 393
Tran-Min, N., 391 Wu, J. M., 71, 192, 394
Traving, G., 387 Wunderlich, R., 185, 187, 394
Trefftz, E., 19, 388
Tsao, C. J., 52, 389 Y
Tsuji, A., 150, 389, 392
Ya'akoby, B., 71, 192, 392, 394, 395
u Yakovlev, D. G., 397
Yamamoto, M., 208, 395
Underhill, A. B., 232, 397 Yokley, C. R., 393
Underwood, J. H., 396 Young, H. D., 199, 395
Unsold, A., 3 Yukov, E. A., 390
Urnov, A. M., 397
z
V
Zagorodnikov, S. P., 219, 396
Vainshtein, L. A., 390, 398 Zaidi, H. R., 110, 160, 391
Van Regemorter, H., 5, 78, 255, 387, 389, Zakatov, L. P., 396
Zavoiskii, E. K., 219, 396, 397
390 Zelenin, G. V., 397
Varfolomeev, V. I., 397 Zinov'ev, O. A., 396
Zwanzig, R. W., 391

Subject Index

Abel inversion, 168 Clebsch-Gordan coefficients, 52
Adiabatic approximation, 100, 120 Cluster expansion, 20, 21
Angular average, 53, 78, 104 Collective coordinates, 20
Asymmetries of hydrogen lines, 214-217, Collision axes, 53, 54
Cooperative fields, 22
266 Correlation function, 18-22, 34, 35, 105-
Asymmetry, 134-136
Asymptotic formulas for line wings, 236- 108,110, see also autocorrelation func-
tion
242, 244-254, 265-269, 313 Correlations, 18-22, 140-162, 240, 267
Atomic energy levels, 32 Coulomb approximation, 30
Autocorrelation function, 7, 39, 141, 142, Coulomb-Born-Bethe approximation,
134, 137, 138
see also Correlation function Coulomb effects, 73-76, 91
Average interaction, 148 Coulomb interaction, 72
Coulomb parameter, 47, 137
B Coulomb scattering, 48, 91
Cross section, 5, 56, 59, 75, 88, 92, 261, 262,
Balmer line measurements, 170-184 273
BBGKY hierarchy method, 111, 141
Beryllium-like ions, 273, 274 D
Born approximation, 62, 131, 137, 138,
Damping constant, 38, 255, 269
147, 261 Debye radius, 17
Debye shielding, 5, 17, 44, 97, 140-146,
Cesium line measurements, 202
Characteristic frequencies, 2 197, 200, 238, 321
Classical path approximation, 40, 46, 53, Density matrix, 34, 39, 132
Dielectric constant, 144, 160, 161
59, 63, 74, 137, 139 Dipole matrix element, 30
Dispersion profile, 51, 107, 252

405

406 SUBJECT INDEX

Dispersion relation, 59, 256 Helium-like ions, 273, 274
Distribution function of turbulent fields, High frequency component, 21
High temperature limit, 70
232, 233 Holtsmark field strength, 16
Doppler broadening, 9, 160, 163, 169, 227, Hydrogen line profiles, 282-295, 314-316
Hydrogen line wings, 236-242, 265-269,
233, 248, 249, 260, 261
Dynamic broadening of forbidden com- 313

ponents, 247-250 I
Dynamical correction to broadening by
Impact approximation, 3, 4, 32-39, 99,
ions, 109, 119-130, 165, 176, 177, 194- 131, 138, 276
196, 247-250, 253, 254, 267
Dyson series, 36, 42, 53, 58, 60, 61, 77, 117 Impact broadening by ions, 275, 276
Impact parameter method, 56, 58
E Impact profile, 38, see also Dispersion

Eccentricity, 73, 137 profile, Lorentz profile
Effective Gaunt factor, 78, 79, 213, 255, Inelastic collisions, 41, 42, 44, 61, 62, 71,

365 75, 92, 93, 204, 254, 255, 259-262,
Effective quantum number, 31 271-275
Elastic collisions (scattering), 38, 61, 62, Inglis-Teller limit, 9, 67, 228
Initial correlations, 112, 146-153
75-78, 89, 92, 204, 205, 255, 257, Interaction Hamiltonian, 24
264, 276 Interference term, 46, 54, 79, 89-92, 139,
Electron density measurements, 227-231 260, 279
Ion broadening, 93-99
F Ion broadening of isolated lines, 252-254
Ion-ion radius, 16
Field strength distribution function, 14 Isolated lines, 51-66, 88-99, 230, 251-257,
Fine structure, 13, 71, 88, 93, 188, 205, 280
Isolated (ion) lines, 72-93, 97-99, 133-135,
243, 244, 268 274, 365-384
Fluctuation-dissipation theorem, 160 Isolated line measurements
Forbidden components (measurements), ionized, 203-211
multiply ionized, 212-214
190-196 neutral, 196-203
Forbidden Stark components, 5, 33, 67- Isolated (neutral) line profiles, 362-364

72, 139, 156, 221-225, 234, 243-251, K
277

G

Gaunt factor, 135-139, 255, 272-278
Green's function, 112-114

H Kirchhofes Law, 6

H I I regions, 1, 257 296-312, L
Helium line measurements
Lamb shift, 268, 270
ionized, 184-189 Light sources, 169
neutral, 191-196 Line shape, 6, 113, 168
Helium line profiles, ionized, Line space, 35
Line strength, 30
317, 318 Linear Stark effect, 25, 29, 97, 120-130,
Helium line wings
163
ionized, 236-242, 313
forbidden, 244, 245

SUBJECT INDEX 407

Liouville operator, 35 Plasma satellites, 5, 67, 140, 153-162, 218-
Lithium-like ions, 273 225, 233-235
Lorentz effect, 166, 264
Lorentz profile, 38, 51, 109, 200, 252, 263 Plasma waves, 22, 153-162, 218-225, 232-
Lorentz triplet, 164 236
Low frequency component, 21, 218
Lyman-α absorption coefficient, 265, 266 Projection operator, 111-114
Lyman line measurements, 170
Lyman series, 268, 269 Q

M Quadratic Stark effect, 25, 28, 29, 95-97,
102, 118, 155, 164, 214-217, 250
Mean field strength, 22
Model calculations, 99, 100 Quadrupole interactions, 25, 28, 41, 49, 54,
Monte Carlo calculations, 20 81, 95-99
Multiplet tables, 32
Multiply ionized (hydrogenic) line meas- Quadrupole matrix element, 32
Quantum-mechanical calculations, 87-93
urements, 189, 190 Quasi-classical method, 59, 75, 81, see also
Multipole expansion, 24, 53, 58, 60, 137,
Classical path approximation, Im-
146 pact parameter method
Quasi-static approximation, 3, 4, 7-14, 99,
N 138

n-a lines, 189, 257-264 R
Nearest neighbor approximation, 14, 16,
Radio frequency lines, 257-264
133 Reciprocity relations (between cross sec-
Normal field strength, 16
tions), 56, 59, 75
o Reduced field strength, 16
Reduced matrix element, 52, 53
One-electron approximation, 5, 130-139, Reduced wavelength, 236, 362
144 Relaxation theory, 5, 100, 109-119, 128,

Opacity, 139, 264-281 138, 144, 253, 258
Optical theorem, 75, 91 Resonance broadening, 169
Optically thick emission, 168 Resonances in cross sections, 59, 92, 147,
Oscillator strength, 30, 168
Overlapping lines, 66-72, 138-139, 277 151
rms field strength, 22
Rotational degeneracy, 51

P S

Partition function, 19 Satellite lines of He II lines, 217, 218
Paschen line measurements, 182 Scattering amplitude, 133, 134
Perturber radiation, 131 Scattering matrix, 37
Phase integral method, 100-109 Semiclassical calculations for isolated ion
Phase shift approximation (limit), 60, 61,
lines, 72-86
77, 102, 276 Semiempirical (effective Gaunt factor)
Planetary nebula, 264
Plasma frequency, 3, 23 approximation, 78, 254-256
Plasma parameter, 18 Shift measurements, 202, 203, 210, 211
Plasma polarization shift, 110, 112, 140, 6-i symbols, 55, 63, 66
Standard lines for density calibration, 228-
146, 210
231

408 SUBJECT INDEX

Stellar atmospheres, 94, 236-257 u
Stellar interiors, 1, 264-281
Strong collisions, 36, 77 Unified theory, 99, 115
Strong-collision term (or constant), 43, Unitarity (of S-matrix), 60, 61, 74,137,276

60, 62, 73, 76-79, 93, 116, 258-259, V
271, 320, 365 Van der Waals broadening, 169
Symmetrization (of semiclassical cross Voigt profile, 227
sections, etc.), 56, 75
3-i symbols, 52, 63, 66 w

T Wave fields, 23, 153-162
Wavelength measurements, 212
T tube, 184 Weak collisions, 36, 59, 75, 114
Time ordering, 61, 112 Weisskopf radius, 60, 119
Time resolution, 169 Wiener-Kintchine theorem, 159
Transition matrix, 38 Wigner-Eckart theorem, 52
Transition probability, 30
Turbulence, 218-225, 232-236 z
Turbulent Stark broadening, 218-220
Zeeman effect, 5, 162-165, 220-224, 234

PURE AND APPLIED PHYSICS

A Series of Monographs and Textbooks

Consulting Editors Keith A. Brueckner

H. S. W. Massey University of California, San Diego
La Jolla, California
University College, London, England

1. F. H. Field and J. L. Franklin, Electron Impact Phenomena and the Properties of
Gaseous Ions. (Revised edition, 1970.)

2. H. Kopfermann, Nuclear Moments. English Version Prepared from the Second German
Edition by E. E. Schneider.

3. Walter E. Thirring, Principles of Quantum Electrodynamics. Translated from the German
by J. Bernstein. With Corrections and Additions by Walter E. Thirring.

4. U. Fano and G. Racah, Irreducible Tensorial Sets.
5. E. P. Wigner, Group Theory and Its Application to the Quantum Mechanics of Atomic

Spectra. Expanded and Improved Edition. Translated from the German by J. J. Griffin.
6. J. Irving and N. Mullineux, Mathematics in Physics and Engineering.
7. Karl F. Herzfeld and Theodore A. Litovitz, Absorption and Dispersion of Ultrasonic Waves.
8. Leon Brillouin, Wave Propagation and Group Velocity.
9. Fay Ajzenberg-Selove (ed.), Nuclear Spectroscopy. Parts A and B.
10. D. R. Bates (ed.), Quantum Theory. In three volumes.
1 1 . D. J. Thouless, The Quantum Mechanics of Many-Body Systems. (Second edition, 1972.)
12. W. S. C. Williams, An Introduction to Elementary Particles. (Second edition, 1971.)
13. D. R. Bates (ed.), Atomic and Molecular Processes.
14. Amos de-Shalit and Igal Talmi, Nuclear Shell Theory.
15. Walter H. Barkas. Nuclear Research Emulsions. Volume I.

Nuclear Research Emulsions. Volume II.
16. Joseph Callaway, Energy Band Theory.
17. John M. Blatt, Theory of Superconductivity.
18. F. A. Kaempffer, Concepts in Quantum Mechanics.
19. R. E. Burgess (ed.), Fluctuation Phenomena in Solids.
20. J. M. Daniels, Oriented Nuclei: Polarized Targets and Beams.
2 1 . R. H. Huddlestone and S. L. Leonard (eds.), Plasma Diagnostic Techniques.
22. Amnon Katz, Classical Mechanics, Quantum Mechanics, Field Theory.
23. Warren P. Mason, Crystal Physics in Interaction Processes.
24. F. A. Berezin, The Method of Second Quantization.
25. E. H. S. Burhop (ed.), High Energy Physics. In five volumes.

26. L. S. Rodberg and R. M. Thaler, Introduction to the Quantum Theory of Scattering.
27. R. P. Shutt (ed.), Bubble and Spark Chambers. In two volumes.
28. Geoffrey V. Marr, Photoionization Processes in Gases.
29. J. P. Davidson, Collective Models of the Nucleus.
30. Sydney Geltman, Topics in Atomic Collision Theory.
3 1 . Eugene Feenberg, Theory of Quantum Fluids.
32. Robert T. Beyer and Stephen V. Letcher, Physical Ultrasonics.
33. S. Sugano, Y. Tanabe, and H. Kamimura, Multiplets of Transition-Metal Ions in Crystals.
34. Walter T. Grandy, Jr., Introduction to Electrodynamics and Radiation.
35. J. Killingbeck and G. H. A. Cole, Mathematical Techniques and Physical Applications.
36. Herbert Überall, Electron Scattering from Complex Nuclei. Parts A and B.
37. Ronald C. Davidson, Methods in Nonlinear Plasma Theory.
3 8 . O. N. Stavroudis, The Optics of Rays, Wavefronts, and Caustics.
39. Hans R. Griem, Spectral Line Broadening by Plasmas.
In preparation
Joseph Cerny (ed.), Nuclear Spectroscopy and Reactions. Parts A, B, C, and D.

A4
B5
C6
D7
E8
F9
60
H1
I2
J3