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Prigogine I. (ed.), Rice S.A. (ed.) — Advances in Chemical Physics. Volume XXXVI
Prigogine I. (ed.), Rice S.A. (ed.) — Advances in Chemical Physics. Volume XXXVI



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Название: Advances in Chemical Physics. Volume XXXVI

Авторы: Prigogine I. (ed.), Rice S.A. (ed.)

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1977

Количество страниц: 547

Добавлена в каталог: 01.12.2013

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$R_{1}$ and $R_{2}$ defined      143
$R_{min}$ defined      170
Aaraus, L.J.      239(57) 341
Ablow, C.M.      191 204
Abrikosov, A.      213(38) 215(38) 224 341
Abrines, R.      77 135
Accelerator      37
Action functions      6 8 10 23 52 67
Action integral      10 26 30
Action-angle variables      68
Activation energy      143 159 163
Adiabatic approximation      278 280 290
Al-Joboury, M.I.      491(9) 499
Alexander, M.H.      118—120 133 135 136
Allan, A.      435
Allan, C.J.      334(141) 336(141) 344
Allis, W.P.      509(124) 520
Allison, A.C.      65 135 181 199
Allison, P.A.      334(141) 336(141) 344
Almhoef, J.      330 344
Altshuler, S.      514 520
Amat, G.      402(73) 408(73) 412
Amdur, I.      174 175 193 199 201
Anderson, A.B.      165 199 304 343
Anderson, J.B.      163 202
Anderson, V.E.      437(39) 517
Andlauer, B.      504 520
Angle, Hamilton's equation      32
Angular distributions      212
Anharmonic force      32
Anharmonicity      277 294
Anisotropy      167 175 176 179 182
Antigraph relations      234 271
Appleton, J.P.      170 203
Approximation      81
Approximation, equal energy spacing      82
Approximation, exponential      81
Approximation, first-order      81
Approximation, infinite-order sudden      82
Approximation, sudden      81 82
Approximation, unitarized      81
Argyres, P.N.      3(5) 60 70 135
Arita, K.      259(70) 342
Arnol'd, V.      1 37 39 60 61
Aroeste, H.      143 166 172 199 201
Aromatic vapors      505
Aromatic vapors, mobility of thermal electrons      506
Aromatic vapors, transport of slow electrons      505
Arthurs, A.M.      106 135
Asbrink, L.      268(72) 314(119) 342 343
Associated ionization      186 188 190 198
Ast, T.      504(107) 520
Asundi, R.K.      517
Atabek, O.      293(92) 342
Audibert, M.M.      65 135
Augustin, S.D.      123 124 128 135
Avez, A.      37(23) 60
Azria, R.      426 427(19) 428(19) 517
Baba, H.      491(15) 493(15) 494(15) 496—498(15) 499
Backward evolution operator      40
Bacskay, G.B.      147 148 159 199
Baer, M.      202
Baer, Y.      206(1) 212(1b) 266(1b) 307(1b) 314(1b) 334(1b) 339
Bagus, P.S.      239(57) 306 341 343
Baker, A.D.      206(1) 308(1c) 309(1c) 311(1c) 316(1c) 318(1c) 319(1c) 321 322 324(1c) 325(1c 126) 326—328(1c) 330(1c) 331(1c) 333(1c) 339 343 491(30) 492(29 30) 493(30) 494(30) 495(29 30) 496—498(30) 499 500 501 503 520
Baker, C.      206(1) 308(1c) 309(1c) 311(1c) 316(1c 121) 318(1c) 319(1c) 322(1c) 324—328(1c) 330(1c) 331(1c) 333(1c) 339 343 492(29) 499
Baker, D.A.      199
Balian, R.      3(3) 53 59 61
Balint-Kurti, G.G.      65 81 114 118 132 136 138
Bandel, H.W.      427(37) 517
Baranger, M.      377 382(32) 411
Barbanis, B.      49 61
Bardsley, J.N.      435(31) 437 456 517 518
Barg, G.D.      123 126 136
Barker, R.S.      149 150 199
Barnett, G.F.      197 199
Barrett, b.r.      400(67) 401(67) 411
Barrier      143 145 151 153 155 162 163 165
Barrier height      160 162
Barua, A.K.      138
Basch, H.      321(127) 322(127) 325(127) 334(149) 343 344
Basilier, C.      212(29) 334(141 145) 335(145) 336(141) 341 344
Baskin, G.P.      156 199
Basu, S.      485 486(80) 519
Batley, M.      477
Batra, I.P.      322(128) 323(128) 343
Batter, R.      293(98) 294(98) 343
Bauer, E.      166 186 199
Bauer, W.      177 199
Baugleicher, C.W., Jr.      199
Beam size      175
Becker, E.I.      73
Becker, R.S.      453 477
Beenakker, C.I.M.      434 462 464(63) 517 518 519
Beigman, I.L.      87 136
Belov, V.A.      194 199
Belyaev, Yu.N.      174 175 199
Bender, C.F.      199
Benesch, W.      293(95) 343
benzene      442
Benzene derivatives      439 447 464 469 477 510
Benzene derivatives, $CNDO_{2}$ molecular orbital calculations      483
Benzene derivatives, $NO_{2}$ containing benzene derivatives      478
Benzene derivatives, average momentum transfer, cross sections      510
Benzene derivatives, CNDO calculations      450
Benzene derivatives, dissociative electron attachment      455
Benzene derivatives, dissociative electron attachment, cross sections      457
Benzene derivatives, dissociative electron capture      459
Benzene derivatives, double negative ion resonances      446
Benzene derivatives, electron charge density distribution      483
Benzene derivatives, electron donating and withdrawing substituents      448
Benzene derivatives, electron donating and withdrawing substituents, effects on double NIRS states      448
Benzene derivatives, electron impact ionization, cross section      487
Benzene derivatives, electronic transitions      429
Benzene derivatives, intramolecular charge transfer      485
Benzene derivatives, intramolecular complexing      438
Benzene derivatives, ionization probabilities      487
Benzene derivatives, long-lived parent negative ions      464 469
Benzene derivatives, long-lived parent negative ions, lifetimes      468
Benzene derivatives, multiple ionization, by electronic impact      503
Benzene derivatives, negative ion resonances      445
Benzene derivatives, negative ion resonant states of benzene      439
Benzene derivatives, nuclear excited Feshbach resonances      468
Benzene derivatives, photoelectron spectroscopy      500
Benzene derivatives, pi charge densities      447
Benzene derivatives, TEE spectrum of      426
Benzene derivatives, thermal attachment rates and electron affinities      477
Benzene derivatives, thermal electron mobility      477
Benzene derivatives, threshold-electron excitation spectra of affinity      429 487
Benzene, assignments of      503
Benzene, core-excited shape resonances      434
Benzene, differential cross section, for the vibrational excitation      427
Benzene, dissociation excitation      462
Benzene, electron affinity      453
Benzene, electron transmission spectrum      431
Benzene, electronic transitions      429
Benzene, energy dependence, of the differential cross sections      427
Benzene, energy functions for fluorescence      430
Benzene, energy loss spectra      422 423
Benzene, fragmentation, under electron impact      504
Benzene, higher ionization potentials      502
Benzene, negative ion states of      439
Benzene, optical emission      430
Benzene, optical excitation spectrum      423
Benzene, shape resonance      442
Benzene, short lived negative ions      452
Benzene, singlet-triplet transitions      423
Benzene, TEE of (threshold-electron excitation)      426
Bergeron, G.      105 136
Bergmann, K.      134 136
Bergmark, T.      206(1) 212(1b 29) 266(1b) 307(1b) 313(1a) 314(1b) 334(1b 141) 336(141) 339 341 344
Berkosky, J.L.      213(35) 341
Bernstein, E.R.      431(11) 433
Bernstein, R.B.      65 75 76 78 118 122 128 137 138 202
Berry, M.V.      5 56 59 61 66 136
Bethe, H.A.      72 136 417(2) 463 516 519
Beynon, J.H.      504(107) 520
Bibby, M.M.      459(4) 461
Bickes, R.W., Jr.      199
Biemann, K.      504 520
Binding energy      145 151 153 164
Biondi, M.A.      196 202
Bird, R.B.      167 191 192 201
Birks, J.B.      429(24) 431(13 14) 432(14) 433 517
Biscupic, S.      207(15) 340 408(75) 412
Black, J.H.      200
Blackshear, P.L.      171 191—193 199
Blaunstein, R.P.      437(40) 477 505 506(118) 508(118) 509(118) 513(118) 514(120) 517 520
Bloch, C.      3(3) 53 59 61 365 368 376—378 391 410 411
Bloor, J.E.      448
Blustin, P.R.      146 154 156 158 169 199
Body-fixed approximation      111
Body-fixed approximation, centrifugal decoupling      123 184
Boerboom, A.J.H.      442(4) 444 453(13) 454
Bohr — Sommerfeld quantization rule      68
Bohr, N.      69 71 72 136
Bonding      157 164
Bones, M.J.W.      431(3) 433 439 441(42) 442(3) 444 453 518
Born approximation      417 420
Born approximation, electronic excitation by electron impact      420
Born Oppenheimer approximation      19 45 142 167 175 184 189 418
Born, M.      13 35 60 66 68 69 136 287(78) 342
Bosanac, S.      81 114 118 136
Bound integrable systems      43 44
Bound slide wave function      30
Bound slide wave function of system      29
Bowen, H.C.      146 150 151 199
Bowman, J.M.      185 199
Box toroids      21
Boys, S.F.      147 151 154 157 199 307(110) 308 343
Brackmann, R.T.      177 200
Bradford, E.G.      391(41) 411
Bradley, J.N.      146 151 164 165 199
Braga, C.L.      431(13) 433
Brakier, L.      504(106) 520
Bralsford, R.      492(26) 495(26) 497(26) 498(26 50) 499 500
Brandow, B.H.      345(1 2) 347 355(2) 356 364 365(2) 377 382 384 389(2) 391 400(63 64) 401(63 64) 410 411
Braun, W.      188 190 199
Breen, D.L.      448
Brenig, W.      411
Brillouin      6
Brillouin — Wigner perturbation theory      348
Brillouin, M.L.      6 60
Brongersma, H.H.      424(21) 429(21 26) 430 431(4) 432(4) 433 442(4) 444 453(13) 454 517
Brown, P.      491—495(24) 499
Browning, R.      170 171 191 193 199
Brueckner orbitals      400
Brueckner, K.A.      232 341 349(9) 376 400 410 411
Brumer, P.      123 124 128 136
Brundle, C.R.      206(1) 308(1c) 309(1c) 311(1c) 316(1c) 318(1c) 319(1c) 321 322(1c 125—127) 324(1c) 325(1c 125—127) 326—328(1c) 330(1c) 331(1c) 333(1c) 334(149) 339 343 344 492(29) 499
Bruner, B.L.      145 147 151 153—156 158 159 169 200
Buck, U.      67 136
Bunching      53
Bunker, D.L.      37(27) 48 61
Burrow, P.D.      440 518
Cade, P.E.      240(59) 308 309 311 312 341
Caldow, G.L.      453
Canonical action      10
Canonical Maslov index      12
Canonical transformation      12
Carlone, C.      199
Carlson, T.A.      212(28 30) 341
Carra, S.      202
Carrington, T.      199 204
Carter, J.G.      429 430 437(41) 439(25) 442(11) 443(11) 444 445(25 47 48) 446(25 47) 447—449(25) 459(4) 461 463(25) 466(41 68—72) 467(68) 468(41 68—72) 469(2) 470(2) 471(2 4) 472(2) 473(2) 474(4 5) 475(2) 476(2) 477(5) 478 479(68 69 71) 480(41) 481(41 68) 482(41) 483(41 69—71) 484(41) 517 518 519
Cartwright, D.C.      301(101) 343
Cashion, J.K.      161 162 199
Casimir, H.B.G.      168 199
Caudano, R.      196 199
Caustics      3 23 55
CC (close coupling)      104 106 181—183
CCI (complete configuration interactions)      150 152 158 166
Cederbaum, L.S.      207 208 211(27) 212(7d 31) 213(37) 217 220(31) 233(27) 234(27 53) 236(53) 244(27 31) 246(31) 247(31 66) 248(31) 257(31 66) 259(66) 261(7d 27 31) 262(66) 263(66) 274(75) 275(75) 284(75 80) 287(75) 288(82) 294(80) 301(80) 306(7) 307(7c) 308(6d 7a 115) 309(115) 310(75 115) 312(75) 314(117) 315(117 120) 316(7d 123) 322(6a 7b 129) 329(132) 330(132b) 332(132 137) 333(137) 334(147) 335(147) 336(147) 339 340 341 342 343 344
Central motion      52
Central potential      26
Certain, P.R.      164 166 169 202 203
Chamberlain, G.E.      437(37 38) 517
Chaney, E.L.      466(69 70) 468(69 70) 474(5) 477 478 479(69) 483(69 70) 519
Chang, E.S.      208 340
Chang, J.-J.      208(17) 240(17) 340
Chang, T.N.      208 340
Chang, T.Y.      301(100) 343
Chapman, S.      29 35 60
Chapuisat, X.      136
Chen, E.C.M.      477
Chen, J.C.Y.      456 518
Chen, T.T.      207(13) 308(13d) 310(13d) 311 340
Cheng, D.Y.      171 191—193 199
Child, M.S.      3(2) 59 70 71 96 136 138
Choi, B.H.      176 179 181 183 184 195 199
Chong, D.P.      207 308(16d) 311 312(116) 314(116) 322(16b) 322 332 340 343
Chow, K.W.      189 190 199
Christodoulides, A.A.      456 457 505(115) 506(121) 513(115) 514(115) 518 520
Christophorou, L.G.      418(5) 423 424(22) 429 430(25) 431(6 7 14) 432(7 14) 433 437(35 39—41) 439(25 35) 441(35) 442(6 7 11) 443(6 11) 444—447 448(25) 449(25 50) 451(53) 452 453(14 15 20) 454 461 462(61) 463(25) 465(66) 466 467(66 68) 468 469(2) 470(2) 471(2 4) 472(2) 473(2) 474(4 5) 475(2) 476(2 7) 477—479 480(41) 481(41 68) 482(41) 483(41 66 67—71) 484(41) 485(5) 505 506 508(118) 509(114 117 118) 513 514 517 518 519 520
Chu, S.I.      169 195 199 201
Chupka, W.A.      187 199 502
Chutjian, A.      301(101) 343
Ciczek, J.      208 340
Citrin, P.H.      334(144) 344
Cizek, J.      349(8) 381(37) 395(37) 410 411
Clark, A.P.      89 90 93 96—99 102 119 136 185 199
Clark, D.T.      239(57) 341
Clark, I.D.      491—493(10) 499
Classical barrier height      143 145 151 159
Classical barrier height, $E_{b_{1}}$ defined      159
Classical cross section      75
Classical limit      86 122
Classical mechanics      67
Classical perturbation theory      30 66
classical probability distribution      75
Classical probability distribution, differential cross section      75
Classical trajectories      49
Classical trajectories, calculation      48
Classical trajectories, closed      49
Classically accessible region      74
Classically allowed      96
Classically forbidden      96
Clementi, E.      306 330(136) 334 336 343 344
Clifton, D.G.      170 171 193 200
Closed trajectories      36 51
Closed trajectories, classical      36 51
Cohen, A.O.      107 136
Collin, J.E.      431(5) 432(5) 433 442(5) 444 453(17) 454
Collins, P.M.      466(69 70) 468(69 70) 474(5) 477(5) 478 479(69) 483(69 70) 519
Collision      77
Collision experiments      14
Collision, adiabatic      87
Collision, Ar-$N_{2}$      114
Collision, Ar-TIF      117
Collision, atom-molecule      65
Collision, charged particle hydrogen      66
Collision, detailed balance      77
Collision, electron-atom      66
Collision, H-CO      123
Collision, He+$H_{2}$      123
Collision, He+HCN      124
Collision, He-$N_{2}$      114
Collision, He-CO      123
Collision, heavy particle      80
Collision, ion molecule      77
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