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Bates D.R. — Quantum Theory
Bates D.R. — Quantum Theory

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Название: Quantum Theory

Автор: Bates D.R.

Аннотация:

Quantum Theory, comprising the three volumes, Elements, Aggregates, and Radiation and High Energy Physics is intended as an advanced text and reference on the fundamentals and applications of quantum theory.

It is primarily designed to meet the needs of postgraduate students. The hope is that it will enable them to refresh and deepen their understanding of the elementary parts of the subject, that it will provide them with surveys of the more important areas of interest, and that it will guide them to the main frontiers on which advances are being made. In addition, teachers at universities and institutes of technology may find the compilation, which is unusually wide in scope, useful when preparing lectures.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1961

Количество страниц: 447

Добавлена в каталог: 17.04.2010

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$(HeH)^{++}$      132 216
$H^{+}_{2}$      131 216 218
A-coefficient, Einstein      277
Abramowitz, M.      169(3) 170
Absorption of radiation      272
Adiabatic approximation      287
Airy equation      234
Alpha-decay      247
Angular momentum operator      35
Angular momentum orbital      49
Angular momentum spin      49
Asymptotic approximation (A A) method      229 321
Asymptotic approximation (A A) method, connection formulae      229 235
Asymptotic approximation (A A) method, Langer modification      246 325
Asymptotic approximation (A A) method, one-dimensional problems      230
Asymptotic approximation (A A) method, potential barrier problems      238
Asymptotic approximation (A A) method, potential well problems      236
Asymptotic approximation (A A) method, radial problems      245
Atomic units XV      116 122
Autoionization      264
Axiomatic basis      33
Azimuthal quantum number      103 309
B-coefficients, Einstein      276
Baber, W.G.      129 130 131 136
Barrau, O.      131(6) 136
Bates, D.R.      130(3) 131 132 136 293(10) 295(13) 296(13) 297 389 391 436
Bethe's formula      392
Bethe, H.A.      220 225 228 392 406 436
Biedenharn, L.C.      169(8) 170 207(20) 209 312(3) 337(3) 369(3) 370(3) 435
Black-body radiation      3 277
Blatt, J.M.      248 249 259(4) 297 312(3) 337(3) 347(13) 364 369(3) 370(3) 435 436
Blume, M.      170
Bohr theory      4
Bohr, N.      413 436
Bohr, radius      116
Bohr-Sommerfeld conditions      236
Boltzmann relation      277
Born – Oppenheimer approximation      389
Born's approximation, first, and impulse approximation      424
Born's approximation, first, conditions for applicability      333
Born's approximation, first, elastic scattering      331
Born's approximation, first, impact parameter treatment      254
Born's approximation, first, inelastic scattering      268—380 387 388 392
Born's approximation, first, scattering phases      333
Born's approximation, first, wave treatment      268 331 380
Born's approximation, first, with exchange      387 388
Born's approximation, second, impact parameter treatment      258
Born's approximation, second, wave treatment      284
Box with rigid walls      87
Breit – Wigner formula      414
Briggs, N.      170
Brillouin, L.      229 248
Brooks, H.      170
Brueckner, K.A.      183 7 209 426 436
Buckingham, R.A.      321(5) 435
Capps, R.H.      376(24) 436
Carr, W.J.      191(14) 209
Carson, T.R.      130(3) 132 136
Causality conditions and scattering theory      374 376
Centre of mass, separation of motion of      95
Centre of mass, system      301
Chandrasekhar, S.      225
Channel radius      410
Characteristic equation of a matrix      23
Charge-exchange collisions      290 385
Cherry, T.M.      230 249
Chew, G.      420(41) 436
Chu, L.J.      132(10) 136
Classical, laws of motion      66
Classical, mechanics      48
Classical, theory of collisions      300 327
Closure relation      76
Coherent (Rayleigh) scattering      280
Collisions      see “Scattering” 254 268 284 299
Commuting operators      45
Completeness of eigenfunctions      13
Complex well, phases for scattering by      431
Compound nucleus      413 416
Condon, E.U.      275(6) 297
Confluent hypergeometric function      142 165 241
Connection formulae      229 235
Conservation of particles      359
Continuum, the      147
Corbato F.J.      132(10) 136
Corinaldesi, E.      377 397 436
Coulomb potential      114
Coulomb potential, attractive      114 164
Coulomb potential, modified, scattering by      337
Coulomb potential, parabolic co-ordinates      119
Coulomb potential, prolate spheroidal co-ordinates      121
Coulomb potential, repulsive      164 167
Coulomb potential, scattering by      303 335
Coulomb potential, spherical polar co-ordinates      115
Coulomb potential, wave-functions      167 337
Coulomb potential, wave-functions, limiting form for small energies      167
Coulomb potential, wave-functions, normalization      166
Coulomb potential, wave-functions, regular      166
Coulson, C.A.      125
Coupled differential equations, solution of      357
Courant, R.      13 30
Cross-sections absorption      430
Cross-sections differential      302 303 307 312
Cross-sections elastic      302 312 367
Cross-sections excitation      254 269 393
Cross-sections ionization      394
Cross-sections near threshold, behaviour of      419
Cross-sections one-level scattering      412
Cross-sections partial: limits of magnitude of      361
Cross-sections reaction      370
Cross-sections total      302 303 312 326
Current      65 149 158
Dalgarno, A.      185(9) 188(11) 189(12) 209 220(6) 228
Davisson — Germer experiment      6
De Broglie's formula      6 63
Degeneracy      13 89 112 119
Degeneracy accidental      119
Degeneracy magnetic      119
Degeneracy relative      202
Degenerate perturbation theory      194
Delta, function, Dirac      39 75
Delta, normalization      154 163
Delta, symbol, Kronecker      39
Density matrix      407
Density of free energy states      150
Detailed balancing      259 371
Determinant of matrix      16 19
Determinant of matrix, singular      16
Deuteron      109 114 316
Differential cross-section      302 303 307 312
Differential operators      7
Differential operators and matrices      27 28
Diffraction      6
Diffraction scattering      320 361 430
Dirac delta function      39 75
Dirac, P.A.M.      38(2) 39 75 76 79 252(1) 297 406(35) 436
Direct product      18
Dispersion relations      372
Dispersion relations and atomic scattering problems      376
Dispersion relations and causality      374
Dispersion relations for square well potential      374
Displacement operators      54
Distorted wave approximation for inelastic scattering      381
Distorted wave approximation for inelastic scattering with exchange      388
Distortion approximation (impact parameter treatment      258
Dualism      5
Eckart, C.      226 228
Effective range      348
Effective range, theory of scattering      347
Eigenfunctions      8 29
Eigenfunctions, completeness of      13 29
Eigenfunctions, electron spin      79
Eigenfunctions, orthogonality of      11
Eigenstates, simultaneous      45
Eigenvalues      8 51 54
Eigenvalues, electron spin      79
Eigenvectors of matrix      25
Einstein A-coefficient      277
Einstein B-coefficients      276
Einstein, A.      276(7) 297
Eisenbud, L.      414 436
Eisenstein, J.      359 436
Elastic scattering, Born approximation      331
Elastic scattering, cross-sections      302 312 367
Elastic scattering, impulse approximation      423
Elastic scattering, two channels in exact resonance      384
Elbert, D.      225
Electric dipole transition      274
Electric dipole transition, moments      278
Electron capture      290
Electron spin      54
Electron spin, eigenstates and eigenvalues of      79
Emission, spontaneous      277
Emission, stimulated      276
Energy, loss of fast particles in matter      397
Energy, lower bounds to      191 214
Energy, polarization      95
Energy, upper bounds to      191 193 212
Energy, wave-functions      147
Erdelyi, A.      230 249
Exchange      385
Exchange effects in inelastic scattering      see “inelastic scattering”
exchange interaction      401
Exchange operator      73
Excitation cross-sections      254 269 393
Exponential potential      113
Faxen — Holtsmark theory      309
Faxen, H.      309 435
Feinberg, E.      206(18) 207(20) 209
Feshbach, H.      41(3) 75 105 112 119 145 145 167 168 206(19) 208(19) 209 249 308(1) 323 350(1) 435
Feynman integral in scattering calculations      396
Feynman theorem      190
Feynman, R.P.      190(13) 209 395 436
Finite potential well      85
Frame, W.      253(2) 255(2) 297
Francis, N.C.      435(45) 436
Free particle      147
Free particle delta normalization for      157
Free particle energy wave-functions      148
Free particle momentum wave-functions      148
Free particle periodic normalization      149
Fundaminsky, A.      389(27) 391(27) 436
Gans, R.      229 248
Gell-Mann, M.      403 404 436
Generalized oscillator strengths      397
Gerade      74
Gerjuoy, E.      351(14) 375 22 435 436
Goldberger, M.L.      403 404 436
Goldstein, H.      272 5 297
Good, R.H.      242 249
Gordon, W.      336 435
Green's function for scattering problems      329
Green, G.      229 248
Ground state of deuteron      109 114
Ground state of deuteron of helium atom      174
Ground state of deuteron of helium-like atoms      193
Group velocity      63
Guiding wave      6
Ham, F.S.      169 4 170
Hamiltonian operator      38
Hankel functions      107 143 163
Hardy, G.H.      246 249
Harmonic oscillators, one-dimensional      89 135
Harmonic oscillators, one-dimensional in a linear field      94
Harmonic oscillators, three-dimensional      93
Harmonic oscillators, three-dimensional, isotropic      110
Harmonic perturbations      264
Harmonic perturbations, first order approximation      270
Hart, J.F.      223 225 228
Hasse, H.R.      129 130 131 136
Heading, J.      234 249
Heisenberg's uncertainty principle      46 267
Heisenberg's uncertainty principle and convergence of total scattering cross-section      304
Helium-like atoms, excited states      226
Helium-like atoms, ground states      174 193 222
Helium-like atoms, magnetic susceptibility      188
Henrich, L.R.      225
Hermite polynomials      91 137
Hermitian operators      9
Herzberg, G.      223 225 227 228
Hilbert, D.      13 30
Holtsmark, J.      309 435
Hulthen's variational method for the phases      345
Hulthen, L.      344 435
Hydrogen, atom      116 134 213
Hydrogen, molecular ion      131 216 218
Hydrogen, negative ion      222
Hydrogen-like atoms      245
Hylleraas, E.A.      130 136 193(15) 209 211 218 224 225 225 227 228
Identical particles, scattering of      339
Identical particles, scattering of, effect of spin      341
Impact parameter      253 300 328
Impact parameter and azimuthal quantum number      309
Impulse approximation      420
Impulse approximation for elastic scattering      423
Impulse approximation for inelastic scattering      423
Impulse approximation, estimate of multiple scattering cross-section      427
Impulse approximation, relation to Born's approximations      424
Impulse approximation, validity of underlying assumptions      426
Inelastic scattering, and S-matrix      367
Inelastic scattering, Born's approximation for      see also “under Born's approximation” 380
Inelastic scattering, cross-section      377
Inelastic scattering, distorted wave approximation for      381
Inelastic scattering, exchange effects in      385
Inelastic scattering, exchange effects in Born's approximation      387—388
Inelastic scattering, exchange effects in distorted wave approximation      388
Inelastic scattering, general equations for      379
Inelastic scattering, impact parameter treatment      253 289
Inelastic scattering, impulse approximation for      423
Inelastic scattering, numerical solution of coupled equations for      382
Inelastic scattering, scattering phases      360
Intermediate states      282
Intrinsic range      349
Ionisation cross-sections      394
Jackson, J.D.      347 435
Jaffe, g.      131 5 136
Jeffreys' approximation      see “asymptotic approximation”
Jeffreys, B.S.      234 240 241 249
Jeffreys, H.      229 230 234 235 241 244 248 249
Johnson, V.A.      131(8) 136
Kato, T.      173 208
Kellner, G.W.      211 228
Kemble, E.C.      246 249
Kingston, A.E.      287
Kinoshita, T.      224 225 228
Klein, A.      375 436
Kohn's variational method for the scattering phases      344
Kohn, W.      345 435
Krall, N.A.      375 436
Kramers, H.A.      229 245 248
Kronecker delta symbol      39
Kuhn, T.S.      169(2) 170
Laboratory system, scattering in      301
Laguerre polynomials      111 130 141
Laguerre polynomials associated      142
Landau — Zener formula      296
Landau, L.D.      295 297 333 435
Langer, R.      230 236 244 246 247 249 322 435
Lax, M.      432 436
Ledsham, K.      131(9) 136
Legendre polynomials      99 139
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