Prigogine I., Rice S. — Advances in Chemical Physics.Volume 18. :: Электронная библиотека попечительского совета мехмата МГУ

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Prigogine I., Rice S. — Advances in Chemical Physics.Volume 18.

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Название: Advances in Chemical Physics.Volume 18.

Авторы: Prigogine I., Rice S.

Аннотация:

The Advances in Chemical Physics series provides a forum for critical, authoritative evaluations in every area of the discipline. In a format that encourages the expression of individual points of view, experts in the field present comprehensive analyses of subjects of interest. This stand-alone, special topics volume reports recent advances in electron-transfer research, with significant, up-to-date chapters by internationally recognized researchers.

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Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

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Год издания: 1970

Количество страниц: 329

Добавлена в каталог: 19.08.2014

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Предметный указатель

"Differential scattering cross section" (DCS)      16 30 39 74
"Threshold excitation spectra"      19 20 43
"Total cross section"      16
$O_{2}$       71 218 219 220 221 222 232
Abragam, A.      167 247
Absolute cross sections      27
Adiabatic potential curve      138
Alexander, M.H.      108 146 286(80) 311
Allen, L.C.      265(44 45) 293(23a 101) 307 309 311
Altmann, S.L.      286(82) 311
Amano, T.      232 248
Andrick, D.      21(45) 87 141(65) 144 147
Angular resolution      23 86
Ardill, R.W.B.      70(114) 89
Asundi, R.K.      132 147
Asymptotic perturbation theory      107
Bailey, V.A.      71(116) 89
Baird, J.C.      220 221 247
Baird, N.C.      288(91) 311
Ballhausen, C.J.      277(58) 309
Bandel, H.W.      74 80 90 124(44) 147
Bardsley, et.al. method      115
Bardsley, J.N.      17(6) 71(6) 81(139) 86 90 115 129(50) 146 147
Barfield, M.      61(97) 89
Bates, D.R.      18
Beauchamp, J.L.      20(23) 87
Bender, C.F.      144(68) 147
Benesch, W.      43 45(77) 46 88
Berry, R.S.      1(1) 14 63(110) 80 81(137) 89 90
Berthier, G.      266(47) 290(47) 309
Bethe, H.A.      1(1) 6(3) 14 168(20) 247
Beunker, R.J.      61(98) 89
Beveridge, D.L.      272(7i) 291(7) 306
Bhatia, A.K.      99(14) 104(14) 114(14) 146
Boer, F.P.      253(9a) 254(9) 258(9a 9c) 260(9) 264(9a 9c) 282(9a) 290(9) 298(9c) 301(9) 303(9) 306
BOR calculations      80 81
Born approximation      20 21 31 65 72 74 75 78 80 81
Born — Oppenheimer exchange approximation      31 33
Born, M.      151 247
Bowers, K.D.      221(40) 247
Bowman, C.R.      19 56 59(19) 60(19) 63 66(19) 86
Boyd, D.B.      254(13) 290(13) 306
Boyd, M.E.      307
Breig, E.L.      72 75 90
Breit, G.      168 172 247
Briglia, D.P.      81(141) 90 127(48) 128 147
Brink, D.M.      157 162(12) 165(12) 166(12) 173(12) 185(12) 186(12) 196(12) 247
Brinkmann, R.T.      26(57) 52(57) 54(57) 71(120) 72(120) 79(120) 83(120) 85(120) 88 89
BRO      216 228 229 231 233
Bromberg, J.P.      27(59) 88
Brongersma, H.H.      20 43 48 54(87) 56(87) 60 63 86 89
Brown, R.D.      304(84) 311
Brown, R.L.      216(33) 228(33) 233 247
Burhop, E.H.S.      17(4 5) 19 20(4) 79(4) 86
Burke, P.G.      17(8 10) 27(10) 86 91(1) 94 97 98(10) 99 104(14) 114(14) 143—145 145 146
Burnelle, L.      265(41) 308
Burns      48
Burrow, P.D.      85 90
Burrus, C.A.      150(2) 246
Carlson, B.C.      270(55) 309
Carrington, A.      149 210(27 28) 212(27 28) 214(31 32 46) 215(31 32) 216(31 32 46) 220(38) 221(38) 222(42) 228(31 45—47) 231 232 233(31 32 46 47) 237(60) 238(60) 242(60) 245(62) 247 248
Carson, T.R.      72 78(127) 90
Cartwright, D.C.      26(57) 28(60) 31(67 68 70) 32(70) 33 40(70) 41(68 70) 42(75) 47(70) 52(57) 54(57) 80(135) 88 90
Caulton, K.G.      255(16) 290(16) 306
Cermak, V.      46(79) 88
CF      228
Chamberlain, G.E.      21(40 42 43) 24(54) 25(54) 26 32 36 40(40) 41(74) 43 46 52 87 88 124(45) 141 147
Chantry, P.J.      135 147
Chen, J.C.Y.      91(3) 99(18) 116 118 145 146
Chirgwin, B.H.      277 310
Chiu, L.-Y.      172(24) 176(24) 194(24) 247
Chiu, Y.N.      224 247
Christophorou, L.G.      20(22) 43(22) 87
Ciullo, G.      290(48) 309
Cizek, J.      265(42) 308
Clark, P.A.      294(103) 277
Clementi, E.      250(4) 277(63) 288(93) 305 310 311
Clementi, H.      277(63) 310
Clinton, W.L.      265(41) 308
CLO      216 228 231 232 233
Close-coupling calculations      72
CO      48
Cohan, N.V.      286(82) 311
Coller, B.A.W.      304(84) 311
Compton, D.N.      20(22) 43 87
Cook, D.B.      271(26) 275(26) 277(26) 291(26) 301(26) 307
Cooper, J.      1(1) 14
Cooper, J.W.      98(10) 144(10) 145(71) 146 147
Costello, D.G.      86(149) 90
Coulson, C.A.      277 310
Coupled representation      195
Cox, J.T.      233(55) 248
Currie, G.N.      210(28) 212(28) 214—216(31) 222(42) 228(31) 233(31) 247
Cusachs, B.B.      271(56) 309
Cusachs, L.C.      271(56) 309
Cusp-type effect      134
Dahl, J.P.      273(58a) 277(58) 309
Dalton, B.J.      1(1) 14
Damburg, R.      99 146
Daniels, J.M.      220(37) 221(37) 244(37) 247
Darwin, C.G.      172 247
Davidovits, P.      85 90
Davidson, E.R.      144(68) 147
Davison, W.D.      70(114) 89
De Michelis, G.      286(76) 310
Decoupled representation      195
Del Bene, J.      294(105) 312
Demkov, Yu.N.      130(51) 133 147
Detailed balancing      84
Dewar, M.J.S.      61(96) 89 288(91) 311
di Sipio, L.      286(76) 310
Diabatic potential curve      138
Dillon, M.A.      20 42(35) 43 48(35) 49 63(29) 65(35) 71 82(36) 87
Dirac Hamiltonian      168
Dirac, P.A.M.      168 170(18) 247
Discharges      84
Dissociative attachment      129
Distorted wave approximation      75
Dixon, R.N.      272(59) 309
Dobosh, P.A.      272(7i) 291(7) 306
Doering, J.P.      20(33) 21 26 30(33) 43 63 64 66(33c) 87 88
Dorain, P.B.      220(37) 221(37) 244(37) 247
Double scattering      24 25 26
Dousmanis, G.C.      150(4) 246
Dowell, J.T.      20 51 56(89) 71 87 89 131(52) 133 147
Dressier, K.      46(78) 88
Drexler, K.      21(49) 88
Dunning, T.H.      61(100) 89 287(89) 311
Dyer, P.N.      214(32 46) 215(32) 216(32 46) 228(45 46) 233(32 46) 247 248
Dymond, E.G.      19 86
Edmonds, A.R.      90
Effective Hamiltonian      183
Effective scattering length      24 26
Ehrhardt, H.      21 70(112) 71 77(46) 81 87 89 94(7) 115(33) 118(33) 122(33) 123 141(65 66) 144 145 146 147
Elastic scattering      72 74 80 81
electric dipole moment      75
Electric dipole transitions      235
Electric field Hamiltonian      178
Electric quadrupole moment      65 74 78 83
Electron beam method      20
Electron exchange      15 17 19 80
Electron swarms      19 71
Electronic excitation      15 17 21 42 48 49 51 56 57 60 61 63
Electronic excitation, $C_{2} H_{2}$       56 57
Electronic excitation, $C_{6} H_{6}$       21
Electronic excitation, $H_{2} O$       70 71
Electronic excitation, $H_{2}$       21 71 72 81 82 83
Electronic excitation, $N_{2}$       20 21 60 71 72 82 83
Electronic excitation, Ar      21
Electronic excitation, CO      49 60 71

Electronic excitation, He      21
Electronic excitation, NO      71
Eliezer, I.      124(39) 137(39) 144(69) 147
Evans, D.F.      61(105) 89
Exchange scattering      57 60 67 70 80 86
Exchange scattering of electrons      15 17 19 25 26 30 42 43 46 69
Exchange scattering, excitation via a direct mecahnism      30
Exchange scattering, singlet-triplet transitions      20 21 67
Excitation or deexcitation of internal states of the target      15
External magnetic field Hamiltonian      205 206 207
External magnetic field Hamiltonian, matrix elements in a decoupled representation      201
External magnetic field Hamiltonian, matrix elements in the coupled representation      200
Eyb, M.      141(65) 144(65) 145(65) 147
Eyring, H.      154(9) 247
Fajen, F.E.      72 90
Falick, A.M.      212(29) 247
Fano, U.      6(4) 74 145(71) 147
Fenske, R.F.      255(16) 290(16) 306
Feshbach theory      104 115 116
Feshbach, H.      101 110 114 146
Fine structure Hamiltonian      173
Fine structure Hamiltonian of the first term      202
Fine structure Hamiltonian, matrix elements      193 202
Fine structure separations      216
Fischer, H.      291(7) 306
Fischer-Hjalmers, I.      271(52) 276(52a) 277(52b) 309
Flux factor      98 99
Foldy, L.R.      169 247
Fonda, L.      99 146
Fox, A.J.      308
Francis      63
Franck — Condon factor      42 46 48 58 129
Franck — Condon principle      124
Franck, J.      19 86
Freed, K.F.      182(26) 185 247
Freund, R.S.      150(6) 246
Fundaminsky, A.      18
Furlani, C.      290(48) 309
Gailitis, M.K.      99 146
Geiger, J.      21 52—54 63 12 87—89
Geltman, S.      70(113) 78 89 99(14) 104(14) 114 146
Gerjuoy, E.      75 90
Gilmore, F.R.      42 88
Goldberger, M.L.      17(2) 86 107 146
Golden, D.E.      74 80 90 124(44) 147
Golebiewski, A.      92(5) 102 118(5) 145
Gordon, M.S.      291(7) 306
Gordy, W.      233(55) 248
Gottfried, K.      25(55) 88
Grace, D.E.      86 90
Graybeal, J.D.      150(2) 246
Hall, G.G.      250(1) 251(1) 305
Hansen, A.E.      286(85) 287(85) 304(85) 311
Harris, F.E.      131(55) 135(55 61) 147 265(42) 308
Hart, R.R.      63(110) 89
Hazi, A.      144(69) 147
Heddle, D.W.D.      145 147
Heideman, H.G.M.      21(40 42 43) 32(40) 36(40) 40(40) 41(74) 43 46 52 87 88 124(45) 141(64) 147
Henry, A.F.      219(35) 247
Henry, R.J.W.      79(131) 90
Hermann, R.B.      286(79 81) 287(79) 310 311
Herring, D.F.      86(149) 90
Hertz, G.      19 86
Herzberg, G.      17(11) 18(11a) 51(11b) 59 61(91—93 106) 66(11c) 86 89 131(54) 134 147 303
Herzenberg, A.      115 129(50) 146 147
Heubner, R.H.      20(22) 43(22) 87
Hill, R.M.      150(1) 246
Hirota, E.      232(54) 248
Hojvat, N.L.      61(96) 89
Hollis, P.C.      271(26) 275(26) 277(26) 291(26) 301(26) 307
Holoeien, E.      102—104 146
Howard, B.J.      228(47) 233(47) 248
Huang, K.      151(8) 247
Hund's case (a)      155 181
Hund's case (b)      155 156 182
Hund's case (c)      156
Hurst, G.S.      20(22) 43(22) 87
Hurst, R.P.      277(67) 310
Hutchisson, E.      53 54 89
Huzinaga, S.      262(12) 287(88) 306 311
Hyiicraas — Undheim theory (H.U.)      102
Hyperfine structure      195
Hyperfine structure, Fermi contact term      208
Hyperfine structure, Hamiltonian      175
Hyperfine structure, matrix elements      207
Hyperfine structure, matrix elements in a decoupled representation      200 201
Ingold, C.K.      56 89
Inner shells, neglect of in MO calculations      277
Intensities and lineshape      233
Intensity ratio      25 30 32 39 40 49 51 55 65 68 72 82
Inversion operator      223
Io      216 228 231 233
Irreducible linear operator      185 186
Irreducible linear operator, scalar product      185
Jaffe, H.H.      294(105) 312
Jobe, J.D.      18(69) 31 33(69) 41(69) 88
Johansen, H.      277(58) 309
Johnson, F.A.      308
Joy, H.W.      287(87) 311
Kamper, R.A.      221(40) 247
Karo, A.M.      293(23a 101) 307 311
Kato, H.      288(90c) 289(90) 311
Kato, T.      101 106—108 111 146
Kaufman, J.J.      273(60) 309
Kawamura, T.      288(90c) 289(90) 311
Kayama, K.      220 221 247
Keesing, R.G.W.      145 147
Keiffer, L.J.      30(63) 88
Keller, J.M.      270(55) 309
Kemble, E.C.      105(24) 106(24) 146
Keys, L.K.      219(36) 247
Kimball, G.E.      154(9) 247
King, G.W.      56 89
Klein, M.L.      291(7) 306
Klein, O.      84(143) 90
Klemperer, W.      150(6) 246
Klopman, G.      288(91) 311
Kolos, W.      79 90 124(40) 125(40) 147
Konishi, H.      288(90c) 289(90) 311
Koopmans, T.      285 310
Kopelman, R.      61(101) 63(101) 89
Krasnow      42
Krauss, M.      31 33(66) 88
Krongelb, S.      234 248
Kronig, R. de L.      159(13) 247
Kroto, H.W.      291(7) 306
Krupenie, P.H.      48 89
Kuebler, N.A.      63(110) 89
Kuppermann, A.      15 17(119) 18(71) 20(32 34 56) 21 26(57) 28(60) 30(32) 31 32(70) 33 36 40(70) 41(68 70) 42(75) 43 46 47(70) 48 49 51 52(57) 53 54(57) 57—60(56) 63 64 66(32a) 71(119) 72(119) 74—78(119) 79(119 132) 80(119 135) 81(119) 87 88 90
Kuyatt, C.E.      17(53) 20(38) 21(40—43) 22 24 25(54) 26(54) 27(58) 32(40) 36(40) 40(40) 43 46 52 87—89 124(41—43 45) 145(72) 147
Landau, L.D.      84(144) 85(144) 90
Lane, N.F.      79(131) 90
Langhans, L.      21(46) 71(46) 77(46) 81(46) 87 94(7) 115(33) 118(33) 122(33) 144(33) 146
Lassettre, E.N.      17(25) 20 21(49) 30(25j) 31 40 42 43 46 48(35 81 82) 49 52 57 58 63 65 71 82(36) 87—89
Leech, J.W.      18
Levy, D.H.      149 210(27 28) 212(27 28) 214(31 32 46) 215(31 32) 216(31 32 46) 220(38) 221(38) 222(42) 228(31 45—47) 232 233(31 32 46 47) 237(60) 238(60) 242(60) 245(62) 247 248
Lichten, W.      150(5) 246
Lidc, D.R.      150(3) 246
Lifshitz, E.M.      84(144) 85(144) 90
Lin, C.C.      71 75 90 233 248
Linder, F.      21(46) 70(112) 71 77(46) 81(46) 87 89 94(7) 115(33) 118(33) 122(33) 123 143(33) 146 147
Linzer, M.      228(50) 231(50) 233(50) 244(50) 248
Lipscomb, W.N.      253(9a) 254(9 13) 258(9a 9c) 260(9) 264(9a 9c) 268(20) 282(9a) 290(9 13 95) 298(9c) 301(9 95) 302(95 109) 303(9) 306 307 311 312
Lipsky, L.      99(14) 104 114(14) 146
Lowdin, P.-O.      111 298(106) 312
Lubezky, A.      61(101) 63(101) 89
Lucas, N.      231 248
Lustig, C.D.      221(40) 247
Lutz, B.L.      46(78) 88
Lykos, P.G.      286(79) 287(79) 310

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