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Rose M.E. — Relativistic Electron Theory
Rose M.E. — Relativistic Electron Theory

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Название: Relativistic Electron Theory

Автор: Rose M.E.

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1961

Количество страниц: 308

Добавлена в каталог: 16.03.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Acheson, L.K., Jr.      244 252
Adjoint function      44 119 147 155
Alford, W.P.      254 272
Ambler, E.      107 113 115
Amplitudes, Dirac plane waves      68 247
Amplitudes, for scattering      200 205 216
Anderson, C.D.      76 115
Angular displacements, commutation of      5
Angular momentum representation      21—23 158 161 181 250 269
Angular momentum, conservation      77
Angular momentum, coupling      25
Angular momentum, eigenfunctions      6
Angular momentum, eigenvalues      6
Angular momentum, intrinsic      2
Angular momentum, operators      4—8 82 83 158
Angular momentum, orbital      13 114
Angular momentum, spin matrices      9
Anisotropy, in Compton scattering      237
Anisotropy, in nuclear beta decay      111 113
Antilinear transformation      135 143 144 266
Antineutrino      see "Neutrino"
Antineutron      78
Antiproton      78
Arfken, G.B.      211 217
Asymptotic wave functions      125 165 168 171 176 193 194 200 214 216 217 240 245 250 251
Auger effect      195 225
Axial vector covariant      62 66
Axial vector interaction      107
Bacher, R.F.      190 217
Bade, W.L.      154 156
Banerjee, H.      237 240 252
Bargmann, V.      131
Barker, W.A.      91 115
Bartlett, J.H., Jr.      210 218
Bessey, R.J.      222 252
Beta decay      64 82 105 114 116 142 155 195 205 214 216 223 240 251 253 258 266 268 271
Bethe, H.A.      24 25 157 188 190 192 215 217 218 225 237 240 251 252 293
Biedenharn, L.C.      29 31 150 156 213 217
Blatt, J.M.      245 246 252
Bohr, N.      36
Born approximation      223 ff. 230 233 237 251
Bose, S.K.      92 115
Bound state wave functions      163 169 223
Bound state, energy values      125 172 183 190 223
Breit interaction      225 228
Breit operator      227
Breit, G.      188 190 215 217 218 225 252
Bremsstrahlung      77 195 237 240
Brown, G.E.      190 217
Buckingham, R.      237 252
Case, K.M.      130 155 168 217 260 272
Casimir limit      251
Center of mass      157
Central fields      21 157ff. 196
Charge conjugation, and Lorentz transformations      137
Charge conjugation, and space reflection      142
Charge conjugation, and time reflection      145
Charge conjugation, for zero mass      256
Charge conjugation, in Dirac equation      81 134 159—160
Charge conjugation, in standard representation      81 138 154
Charge conjugation, in two-component theory      259 260
Charge conjugation, of spin operator      82 99 103
Charge conjugation, reciprocal character of      81 137
Charge conjugation, under unitary transformation      150—152
Charge conjugation, unitary property      137
Charge conservation      35 120
Charge density      38 116
Chirality      255
Chraplyvy, Z.V.      91 115
Christy, R.      174 217
Church, E.L.      174 217
Cini, M.      92 115
Classical limit      7 33 219
Clebsch — Gordan coefficients      see "Vector addition coefficients"
Clifford algebra      45
Clifford, W.K.      45 67
Commutation rules, angular momentum      5 83
Commutation rules, central field operators      22 49—51
Commutation rules, of Dirac matrices      41 43 52 65 284
Commutation rules, of even and odd matrices      126
Commutation rules, of spin one-half      9
Commutation rules, relativistic spin operator      72
Commutation rules, under space reflection      140
Commutation rules, under time reversal      143
Completeness      13 74 93 213 226 235
Compton scattering      75 102 232
Compton, A.H.      2 31
Condon, E.U.      23 183 217 293
Constants of motion, for free particles      52
Constants of motion, in central field      22 27 49
Constants of motion, in static fields      130 132
Constants of motion, in two-component theory      269
Constants of motion, in Zeeman effect      181
Continuity equation      34 38 62 116 122 140 164 220 263
Continuum states      191 ff.
Coulomb field      23 163 166 169 206 216 238 240 242 250
Covariance, of charge conjugation      137 145
Covariance, of description of spin      102 114 130
Covariance, of Dirac equations      33 55—61 116
Covariance, of Maxwell equations      33 117—118
Covariance, of unitary transformation      153
Covariance, of Weyl theory      262
Covariants, bilinear      61 65 66 147 148 155 266
Covariants, vector      62 149
Current decomposition      121
Current density      34 40 82 83 114 116 121 154 221 263
Darwin fluctuation energy      129 173
Darwin, C.G.      129 155
Davies, H.      237 240 252
de Bonder, Th.      37 67
de Broglie, L.      36
de Groot, S.R.      130 155
Decomposition of wave function      48 69 79
Density matrix      197—198 217 232
Deutsch, M.      105 115 216 218
Diagonal representation      79 83 87 88
Diagonalization, of energy      25
Diagonalization, of Pauli spin component      15
Diagonalization, of spin operator      97
Dirac equation, quadrature solution      103
Dirac matrices, alternative approach to      281
Dirac matrices, commutation rules      41 43 52
Dirac matrices, complete set      45
Dirac matrices, properties of      66
Dirac matrices, rank      41 46
Dirac matrices, trace of      41 45
Dirac matrices, transformation of      42 52
Dirac space      47 67 69 79 262
Dirac, P.A.M.      32 33 39 41 67 75 115 293
Direct product      48
Doggett, J.A.      210 218
Double scattering      196 204 210
Doublet structure      3 24
Eigenvalues, of angular momentum      6
Eigenvalues, of Coulomb energy      172
Eigenvalues, of free particle energy      69
Eigenvalues, of spin operator      9 96
Electromagnetic interaction      224 286
Energy degeneracy      69 172
Energy levels, in anomalous Zeeman effect      24 186 187
Energy levels, in Coulomb field      172—174
Energy operator      21 24 34 39 123
Erber, T.      237 240 252
Even matrices      48 65 71 79 95
expectation values      49 82 113 133 154
Fano, U.      19 31 196 218
Fermi function      216 223
Fermi transition      110
Fermi, E.      190 217 225 252
Ferrell, R.A.      92 115
Feshbach, H.      34 67 210 218 250 252 281
Feynman, R.P.      155 156
Fierz matrix      67
Fierz, M.      67
Fine structure      24 174
Fock, V.      37 67
Foldy — Wouthuysen (FW) transformation      87 ff. 114 123 155 249
Foldy, L.      87 115 123 155
Four-component representation      46 79 92 258
Fowler, R.      237 252
Fradkin, D.M.      131
Franz, W.      236 252
Free particles      87 104 124 131 161 223
Furry, W.      231 252
Gamba, A.      92 115
Gamow — Teller transition      110
Garwin, R.L.      78 115
Gauge invariance      117 118 120 154
Gauge transformation      117 119
Gell-Mann, M.      155 356
Glover, F.N.      91 115
Goertzel, G.      291
Goldhaber, M.      268 272
Goldstein, H.      60 67 133 156
Good, R. H., Jr.      52 67 111—113 115 132 134 155 156 222 223 252 264 272
Gordon, W.      37 67 121 155
Goudsmit, S.A.      2 31 122
Green's function      211 225 245
Green, T.A.      244 252
Grodzins, L.      232 252 268 272
Gross, L.      254 272
gyromagnetic ratio      3 132 189
Hamilton — Jacobi equation      220
Hamilton, D.R.      254 272
Hammer, C.L.      264 272
Hayward, R.W.      107 113 115
Heisenberg representation      279
Heisenberg, W.      75 115
Heitler, W.      225 237 252
Helicity      82 111 247 248 255
Hermitian density matrix      198
Hermitian matrices      12 34 40 82 88
Hermitian operators      123 124 150
High energy representation      92 246 252 254
Hill, R.D.      174 217
Hole theory      75—76 83 257
Hoppes, D.D.      107 113 115
Hudson, R.P.      107 113 115
Hulme, H.R.      237 252 291
Hutchison, D.P.      78 115
Hyperfine coupling      30 188 240
Hypergeometric function, confluent      171 239
Hypergeometric function, contiguous relations      176 179 192
Idempotent operators      17 30 94
Inelastic scattering      251
Internal conversion      77 195 214 225 240
Invariance, of beta interaction      106
Invariance, of normalization      33 263
Isotope shift      240
Jackson, J.D.      111 112 115 217 218 240 245 246 252
Jaeger, J.C.      237 252
Jauch, J.M.      76 115
Jehle, H.      154 156
K shell, energy levels      178
K shell, hyperfine structure      190
K shell, wave functions      178 179
K shell, Zeeman effect in      183
Keller, J.      174 217
King, R.W.      63 67
Klein paradox      126
Klein — Gordon equation      37 117 122 285
Klein — Nishina formula      237
Klein, O.      37 67
Koenig, S.      76 115
Kofoed-Hansen, O.      105 115 216 218
Konopinski, E.J.      63 67
Koppe, H.      196 218
Kramers, H.A.      3 31
Kudar, J.      37 67
Kursunoglu, B.      92 115
Kusch, P.      76 115
L shell, energy levels      178
L shell, hyperfine structure      190
L shell, wave functions      178 179
L shell, Zeeman effect in      183
Lamb shift      172
Lamb, W.E.      172 217
Landau, L.      259 272
Large component      71 79 89 123 146 169 181 202 249
Larmor precession      20
Lee, T.D.      107 115 259 272
Linear independence, of Dirac matrices      45
Linear independence, of four-component wave functions      69 92 113
Linear independence, of spin functions      13
Lipkin, H.J.      107 115
Lipps, F.W.      102 115 236 252
Lorentz transformations      see also "Space reflection" "Time
Lorentz transformations, continuous      56 58 85 102 106 276
Lorentz transformations, discontinuous      103 139—147 266 276 282
Lorentz transformations, general      65 120 155 276
Lorentz transformations, in two-component theory      262 ff.
Lorentz transformations, infinitesimal      59
Lorentz transformations, isochronous      153
Lorentz transformations, uniform translations      61 86 87 138 265 277
magnetic moment      2 76 78 122 129 189 270
Major ana neutrino theory      260
Majorana representation      155
Majorana, E.      260 272
Margenau, H.      182 217
Marshak, R.E.      255 272
Mass variation      21 173
Matrix elements      8 25
Matrix elements, in hyperfine coupling      189 ff.
Matrix elements, in Zeeman effect      181 ff.
Maue, A.W.      237 240 252
Maximon, L.      237 240 252
Maxwell equations      33 116
McDougal, J.      237 252
McKinley, W.A., Jr.      210 218
McLennan, J.A.      260 272
Michel, L.      63 67
Mihelich, J.W.      174 217
Moller interaction      225 228 251
Moller, C.      225 229 252
Mott polarization      203 216
Mott, N.F.      196 203 205 218
Mu meson      76 130 271
Muehlschlegel, H.      196 218
Multipole field      214
Negative energy states      69 74 85 88 90 95 114 126 240 257 260
Negative frequencies      36
Neutrino      78 106 142 214 253
Newton, R.R.      166 217
Newton, T.D.      91 115
Nodal properties      166 ff.
Non-quantum limit      see "Classical limit"
Non-relativistic limit      2 33 70 79 83 87 97 101 113 119 121 122 134 171 177 188 190 199
Nordheim, L.      225 252
Normalization, of bound state eigenfunctions      163 175
Normalization, of continuum wave functions      193
Normalization, of radiation field      226 234 287
Notation      273
Nuclear form factor      231
Nuclear size effects      195 230 240
Odd matrices      48 66 71 79 88 95 124
Olsen, H.      237 240 252
Oppenheimer, J.R.      225 252
Orbital angular momentum      see "Angular momentum"
Pac, P.Y.      92 115
Pair annihilation      77
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