|
|
 |
| Авторизация |
|
|
|
| Поиск по указателям |
|
|
|
|
|
|
|
 |
|
|
|
| Prigogine I., Rice S. — Advances in Chemical Physics.Volume 18. |
|
|
|
| Предметный указатель |
Macek, J. 94(8) 146
Magnetic dipole transitions 235
Magnetic hyperfine Hamiltonian 195 197
Magnetic hyperfine Hamiltonian, Electron-nuclear dipolar interaction 197
Magnetic hyperfine Hamiltonian, Fermi contact term 197
Magnetic hyperfine Hamiltonian, I,  term 196
Mahan, B.H. 212(29) 247
Mandl, F. 17(6) 71(6) 86 115 129(50) 138 146 147
Manne, R. 254(14a) 255(14a) 277(14a 14c) 281(14a) 289(14) 306
Manson, S.T. 1(1) 14
Marriott, R. 99 146
Massey, H.S.W. 17(3—5) 18 19 20(4) 28(3a) 29(3) 41(3c) 72 79(4) 86 90
McClellen, A.L. 304
McConkey 48
McDonald, C.C. 228
McGowan, J.W. 86(149) 90 99(13 15) 146
McKoy, V. 61(100) 89 286(78) 287(89) 310 311
McWeeny, R. 271(26) 275(26) 277(26 66) 291(26) 301(26) 307 310
Mendez, H.G. 143(67) 145(67) 147
Menendez, M.G. 32(73) 41(73) 88
Messiah, A. 16(1) 86 157 172(11) 174(11) 186(11) 247
Meyer, V.D. 20(26 28) 42(28) 46 48(81 82) 49(81 82) 87 89
Midtdal, J. 102 146
Mielczarek, S.R. 21(39 41 44) 24—26(54) 27(44) 30(39 41) 31 32(73) 33(44) 41(73) 52 63 87—89 124(41—42) 143(67) 145(67 72) 147
Miller formula 101
Miller, K.J. 31 33(66) 88
Miller, T.A. 149 182(25) 210(27 28) 212(27 28) 214(31) 215(31) 216(25 31) 218(25) 220(25 38) 221(38) 222(42) 228(31) 232 233(31) 237(60) 238(60) 242(60) 245(62) 247 248
Miller, W.D. 19 56 59(19) 60(19) 63 66(19) 86
Miller, W.H. 92 101 104 111 113 145
Millie, P. 266(47) 290(47) 309
Mittleman, M.H. 99(12) 146
Mizushima, M. 150(1) 233 246 248
Moccia, R. 286(79) 287(79) 310
Model Hamiltonian 100
Moiseivitsch, B.L. 30(64) 88
Moore, C.E. 31 88 288(92) 311
Morino, Y. 232(54) 248
Morrison, D.J.T. 80(135) 90
Morse, P.M. 72 90
Moscowitz, A. 63(110) 89
Mott, N.F. 17(3) 28(3a) 29(3) 41(3c) 86
Mulliken approximation 253 289
Mulliken approximation and SCF matrix elements 258
Mulliken approximation and SCF MO Calculations 256
Mulliken approximation in current use 289
Mulliken, R.S. 21(49) 42(49) 46(49) 61 63 66(103) 87 89 253 254 285(8) 306
Multipole expansion 83
Myers, R.J. 212(29) 228 247
Nakatsuji, H. 288(90c) 289(90) 311
Nakayama, T. 57 59(90) 89
Nazaroff, G.V. 92(5) 102 118(5) 145
Negative ion formation 63
Newton, M.D. 253(9a) 254(9) 258(9a 9c) 260 264(9a 9c) 282(9a) 290(9 95) 298(9c) 301(9 95) 302(21 95) 303(9) 306 311
Newton, R.G. 93 96—99 107 110 146
Nichols, R.W. 48 49 89
Nicholson, B.J. 249
NO 228 233
ns 228 233
Nuclear electric quadrupole interaction 199
Nuclear electric quadrupole interaction, matrix elements in the coupled representation 199 208
Nuclear spin Zeeman interaction 209
Nuclear spin Zeeman interaction, matrix elements 209
O'Malley, T.F. 81(140) 90 99(14) 104(14) 114 119(37) 120(37) 122 123(37) 124(37) 129(49) 131(53) 138 140 146 147
Oak Ridge National Laboratory 19(16) 86
Ochkur — Rudge exchange approximations 31 33 80 81
Oh 214 228 231 233
Ohmura, T. 146
Ohno, K.A. 277(66) 310
Oleari, L. 286(76) 310
Oosterhoff, L.J. 20 43 48 54(87) 56(87) 60(20) 86 89
Oppenheimer, J.R. 19 86 151 247
Orloff, M.K. 286(77) 287(87) 310 311
Ormande, S. 98(10) 99(14) 104(14) 114(14) 144(10) 146
Paldus, J. 255(17) 256(17) 306
Palke, W.E. 268(20) 302(21) 307
Palmer, T.W. 106 108(25) 146
Pan, D.C. 265(44) 308
Pann, Y.K. 144(69) 147
Pariser, R. 286(75) 287(156) 310
Parr, R.G. 269(53) 271(53) 286(75) 286(75) 287(156) 309 310
Pcyerimhoff, S.D. 61(98) 89
Pellegatti, A. 265(42) 308
Percival, I.C. 28(61) 88
Perkins, J.F. 99(14) 104(14) 114(14) 146
Peshkin, M. 1
Phelps, A.V. 70(111) 89 118 146
Phillips, M. 167 247
Pitzer, R.M. 302(109) 312
Plane wave approximation 78
Plasmas 84
Polak, R. 255(17) 256(17) 306
Polarization of electronic charge cloud of target by electrons 72 74
Pople, J.A. 255(7a) 270(76) 272(7b) 70 273(7a) 281(7a) 283(7a) 291 292(7b) 293(7b 7c) 294(7b) 306
Positron scattering 86
Posner, J. 294(103) 311
Powell, F.K. 150(3) 246
Predissociation 133
Price, W.C. 59 63(107) 89
Projection operator 100 111
Quadrupole Hamiltonian 175
Quadrupole transition 63 65
Radford, H.E. 214(30 51) 216(33) 228(33 49—51) 231 233 244(50 51) 247 248
Radtke, D.D. 255(16) 290(16) 306
Raff, L. 20(32) 21 30(32) 51 63 64 66(32a) 87
Ragle, J.L. 294(103) 311
Ramien, A. 71(115) 89
Ransil, B.J. 287(86) 300(86) 311
Rapp, D. 81(141) 90 127(48) 128 147
Read, F.H. 20(24) 71(117) 81(117 139) 87 89 90
Reid, C. 61(102 105) 89
Rein, R. 265(42) 308
Reinhardt, P.W. 20(22) 43(22) 87
Reinhardt, W. 101 110 131(21) 146
Resonances 17 63 71 81
Resonances, angular momentum barrier 96
Resonances, core excited 1 92 99
Resonances, core excited II 93
Resonances, core excited II, difficulty in distinguishing 93
Resonances, core excited II, mechanistic model 93
Resonances, core excited II, relation to potential well depth 93 96
Resonances, core excited II, width relative to type I, exception to 94
Resonances, core excited, mechanistic model 92 93
Resonances, core excited, position relative to CE II 93
Resonances, core excited, special class 99
Resonances, core excited, temporary formation of negative ion 93
Resonances, electron affinity of the excited states 93
Resonances, Feshbach compound state 92
Resonances, hole-particle 92
Resonances, inclusion of core polarization 137
Resonances, induction effect 96
Resonances, mathematical formulation 110 111
Resonances, single particle 96 99 115 137
Resonant cavity 244
Resonant cavity, sample cavities 244
Rice, B. 265(41) 308
Rice, J.K. 15 17(119) 18(71) 20(34 56) 21(51 52) 23(52) 25(52) 26(57) 31 32(52 70) 33 36 40(70) 41(68 70) 43 46 47(70) 48 49 52(57) 53 54(57) 57—60(56) 64(52) 65(52) 71(119 120) 72(119 120) 74—78(119) 79(119 120 132) 80(119) 81(119) 83(120) 85(120) 87—90
Riddell, R.C. 108 146
Ridge, D.P. 20(23) 87
Robertson, J.C. 228(47) 233(47) 248
Robin, M.B. 63(110) 89
Roothaan, C.C.J. 250(2) 251(2) 285(2) 305
Rose, M.E. 4(2) 8(2) 74 157 184—186(10) 196(10) 247
Ross, I.G. 61(94) 89
Ross, K.J. 20(31 35) 42(35) 46(35) 48(35) 49(35) 63 65 87
Rosseland, S. 84(143) 90
| Rotational energy levels 209
Rotational excitation 15 70
Rotational Hamiltonian 187 203
Rotational Hamiltonian, matrix elements 204
Rotationless invariance averaging in MO calculations 281
Rotenberg, M. 99 146
Rozsynai, B.F. 75(138) 77(138) 80 90
Rudenberg approximation 266 290
Rudenberg approximation in current use 290
Rudge, M.R.H. 80(135) 90
Ruedcnberg, K. 254(10) 266 269(10) 278(10) 306
Russek, A. 99(14) 104 114(14) 146
Sahni, R.C. 79 90 277(236) 307
Salerno, J.A. 74 80 90
Salpcter, E.E. 6(3) 74 168(20) 247
Sanders, T.M. 150(4) 246
Santry, D.P. 255(7a) 273(7a) 281(7a) 283(7a) 291(7) 306
Satchler, G.R. 157 162(12) 165(12) 166(12) 173(12) 185(12) 186(12) 196(12) 247
Sawhney, B.C. 79 90
Schawlow, A.L. 243 248
Scherr, C.W. 307
Schultz, N. 21(47) 48 87
Schulz, G.J. 19 51 56 60 71 86 89 116 118 127(47) 128 132 146 147
SD 228
Seaton, M.T. 28(61) 88
SeF 215 216 228 233
Segal, G.A. 255(7a) 270(7b) 272(7b) 273(7a) 281(7a) 283(7a) 291 292(7b) 293(7b 7c) 294(7b 7e) 306
SEH 216 228 231 233
Semiempirical approximation, effect of in MO calculations 285
SEO 218 219 220 221 222
Serre, J. 61(95) 89
SF 215 216 228 233
Sgarnelloti, A. 290(48) 309
sh 228 231 233
Sharp, T.E. 20 51 56(89) 81(141) 89 90 127(48) 128 131(52) 133 147
Sharp-Ritter, J.D. 286(79) 287(79) 310
Shore, B.W. 111 113 146
Shriner, D.F. 294(103) 311
Shull 111
Sichel, J.M. 294(104) 311
Silverman, S.M. 31 40 88
Silverstone, H.J. 287(87) 311
Simpson, J.A. 20 21(39—41 44) 22 24—26(54) 27(44) 30(39 41) 31 32(40 73) 33(44) 41(73) 48 52 63 87—89 124(41—43) 143(67) 145(67 72) 147
Sinanoglu, O. 250(5) 286(77 78) 305 310
Singlet-singlet transitions 54 56 57
Singlet-triplet transitions 20 21 43 46 57 60 67 69
Skerbele, A. 20 42(28 35) 43 46 48(35 81 82) 49 63(29) 65(35) 71 82(36) 87 89
Small magnetic interactions 211 220 221
Smith, K. 17(9) 27(9) 86 91(2) 143(2) 145
Smith, S.J. 30(64) 88
so 218 219 220 221 222 232
Spin-exchange inelastic processes 25
Spin-forbidden transitions 19 21
Spin-free Hamiltonian 172
Spin-rotation interaction 190 192
Spin-rotation interaction, matrix elements 192
Spin-spin Hamiltonian 173
Spin-spin Hamiltonian, matrix elements 194 202
St. John, R.M. 18(69) 31 33(69) 41(69) 48 88
Stabilization method 99 100 101 102 103
Stabilization method, bound state in the continuum 102
Stabilization method, matrix eigenfunctions 101
Stabilization method, test for stability 101
Stabilization method, validity 101
Stanton 48
Stark effects 105 236 237
Stark effects, matrix elements 236 237
Stark modulation 241
Stark modulation, line shape 242
Stein, S. 75 90
Stickel, W. 21(49) 88
Strandberg, M.W.P. 219—221(34) 234 247 248
Stuart, J.D. 277(67) 310
Superelastic scattering 15 83 84 85
Sweeney, C.C. 255(16) 290(16) 306
Switkes, E. 300(107) 312
Symmetry-forbidden transitions 19 20 39 42 63 65
Takayanagi, K. 70(113) 72 75 78 89 90
Taylor, A.J. 98(10) 99 144(10 16) 146
Taylor, H.S. 17(7) 21(46) 71(7 46) 75(136) 77(46 136) 80 81 86 87 90 91 92(5) 102 114(31) 115 118(5 33) 119(37) 120(37) 122(33) 123 124(31 37 39) 127(46) 131(55) 135(39 55 61) 137(39) 141(66) 144(33 69) 145—147
TeH 216 228 233
Tekaat, T. 21(47) 87
Temkin, A. 80 91(2) 99(12 14) 104(14) 143(2) 145 146
Tilford, S.G. 45(77) 46(77) 88
Tinkham, M. 219—221(34) 247
Titchmarsh, E.C. 101 106 110 146
Townes, C.H. 150(4) 243 247 248
Trajmar, S. 15 17(119) 18(71) 20(34 56) 21(51) 26 31 32(70) 33 36 40(70) 41(68 70) 43 46 47(70) 48 49 52 53 54(57) 57 58—60(56) 71(119 120) 72(119 120) 74—78(119) 79(119 120 132) 80(119) 81 83(120) 85(120) 87—90
Transition probabilities 17
Transition probabilities in helium 17
Trapped electron method 19 43 48 51 60 63 71
Trapped electron method, technique 51
Trapped electron method, work 51
Triplet/singlet ratios 32 48 53 56 58 60 66 69
Truhlar, D.G. 17(119) 28(60) 31 32(70) 33(68) 40(70) 41(68 70) 47(70) 70 71(119 120) 72(119 120) 74—78(119) 79(119 120 132) 80(119 135) 81(119) 83(120) 85(120) 88—90
Tully, J.C. 1(1) 14 80 81(137) 90
Tutte, W.T. 63(107) 89
University of Colorado 19(15) 86
van Vleck, J.H. 167 168 182(22) 184(22) 185 233(57) 234 247 248
Vanderslice, J.T. 45(77) 46(77) 88
Veillard, A. 266(47) 290(47) 309
Vibrational excitation 15 17 21 70 71 72 74 80 81 82 83 86
Vibrational excitation,  70 71 72
Vibrational excitation,  21 72
Vibrational excitation, angular dependence 119 122
Virtual state 98
Vriens, L. 21(44) 27(44) 31 33(44) 87
Wahlquist, H. 234 248
Walker, J.F. 99(12) 146
Walter, J. 154(9) 247
Watanabe, K. 57 59(90) 63 89
Watson, K.M. 17(2) 86 107 146
Watson, R.E. 285(74) 310
Wayland, H. 30(62) 88
Weak quantization 105
Wei, P.S.P. 20(32 56) 21 30(32) 57—60(56) 63(32) 64(32d) 87 88
Weisskopf, V.W. 233(57) 234 248
Whitaker, W. 99(14) 104(14) 114(14) 146
Whitehead, M, A. 294(104) 311
Whiterod, G.L. 20(24) 87
Wigner, E.P. 165(14) 224(14) 247
Wilkins, R, L. 75(136) 77(136) 80 81 90
Wilkinson, J.H. 308
Wilkinson, P.G. 45(77) 46(77) 59 61(99 103) 63(99) 66(99 103) 88 89
Williams, A.J. IV 20(33) 21 30(33) 43 63(33c) 64 66(33c) 87
Williams, J.F. 99(15) 146
Williams, J.K. 114 115 124(31 39) 127(46) 137(39) 146 147
Willman, K. 21(45 47) 87
Wittmaack, K. 21(50) 63 72 88
Wolniewicz, L. 79 90 124(40) 125(40) 147
Wouthuysen, S.A. 169 247
Wu, T. 146
Wu, T.-Y. 72 90
Yamaguchi, K. 288(90c) 289(90) 311
Yaris, M. 63(110) 89
Yonezawa, T. 288(90c) 289(90) 311
Yurev, M.S. 18
Zare, R.N. 1(1) 14
Zeeman Hamiltonian 176
Zelikoff, M. 63 89
Zero differential overlap approximation 269 291
Zero differential overlap approximation and orthogonalized AOS 269
Zero differential overlap approximation and SCF matrix elements 271
Zero differential overlap approximation in current use 291
Zumino, B. 112 146
|
|
|
| Реклама |
|
|
|
|
|
О проекте