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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
Sharpness of spectral lines      2
Shortley, G.H.      275(6) 297
Single-valuedness      365
Skinner, B.G.      287
Slater, J.C.      395 436
Sneddon, I.N.      136 136
Sommerfeld, A.      394 436
Spectrum, continuous and point      15
Speisman, G.      174 208
Spherical harmonics      99 140
Spherical harmonics, Bessel functions      106 143 163
Spherical well      105
Spherical well, scattering by      313
Spherical well, with barriers      109
Spherically symmetrical potentials      104 162
Spheroidal wave-functions      126
Spin, electron      54
Spin, electron, angular momentum      49
Spin, electron, operators      59
Spin-flip scattering amplitude      356
Spin-orbit potential, scattering by      352
Spin-orbit potential, scattering by, scattering amplitude for      356
Stark effect      127 178 186
State function      33 44
States      32
States, intermediate      282
States, time-dependent      60
Statistical matrix      69
Stewart, A.L.      131(9) 136 185(9) 188(11) 189(12) 209
Stokes parameters      406
Stratton, J.A.      132 136
Strengths, component and line      275
Sudden approximation      262
Symmetry properties of wave-functions      84
systems      32 33
T-matrix      403
T-matrix, relation to S-matrix      404
Takeda, Q.      376(24) 436
Temple, G.      214 228
Tensor interaction, scattering by      352 357
Thaler, R.M.      169(8) 170
Time-dependent, perturbation theory      251
Time-dependent, Schrodinger equation      60 96
Time-dependent, states      60
Time-independent perturbations in method of variation of constants      264
Time-independent, first order approximation      264
Time-independent, second order approximation      280
Time-reversal      260
Tiomno, J.      374 436
Titchmarsh, E.C.      75(1) 78 173 208 247 249 373 436
Total cross-section      302—303 312 370
Total cross-section, convergence of expression for      304 326
Total width      413 419
Trace, of a matrix      20
Trainor, R.      397 436
Transformation theory      78
Transformation, linear      22
Transformation, of Schrodinger equation      135
Transformation, similarity      24
Transient perturbations      253
transitions      251
Transmission, probability or coefficient      152 240
Transposition operator      73
Trial function      212
Tritium atom, disintegration of      263
Two-centre problem, exact solution of      127
Uncertainty principle, Heisenberg      46 267
Uncertainty principle, Heisenberg and convergence of total scattering cross-section      304
Undheim, B.      218 227 228
Ungerade      74
Upper bounds to energy      191 193 212
van Vleck, J.H.      174(3) 188(10) 208 209 364
Variation of constants      252
Variation-perturbation theory      192
Variational method      211
Variational method, application to $H^{+}_{2}$ molecule      216 218
Variational method, application to $H^{+}_{2}$ molecule to hydrogen atom      213
Variational method, application to $H^{+}_{2}$ molecule to two-electron systems      220
Variational method, excited states      212 226
Variational method, for scattering problems      342
Vectors, column      16 25
Vectors, current      149
Vectors, orthogonality of      27
Vectors, row      16
Virial theorem      189 227
von Neumann, J.      15 30 69 75
W.K.B.J. (or W.K.B.)      see “Asymptotic approximation”
Wannier, G.H.      419 436
Watson, G.N.      295(14) 297 322(7) 428(43) 435(45) 435 436
Wave packets      62
Wave, guiding      6
Wave, number      63
Wave-functions, Coulomb      167 337
Wave-functions, Coulomb, limiting form for small energies      167
Wave-functions, Coulomb, normalization      166
Wave-functions, Coulomb, regular      166
Wave-functions, energy      147
Wave-functions, momentum      132 148
Wave-functions, normalization      14 41 156
Wave-functions, spheroidal      126
Wave-functions, symmetry properties      84
Wave-functions, trial      212
Weinstein, D.H.      214 228
Weisskopf, V.F.      248 249 259(4) 297 364
Wells, potential      see “Potential wells”
Wentzel — Kramers — Brillouin — Jeffreys approximation      see “Asymptotic approximation”
Wentzel, G.      229 248
Wheeler, J.A.      169(7) 170
Whittaker, E.T.      295(14) 297
Wigner — Eisenbud theory of scattering by nuclei      414
Wigner, E.P.      376(38) 414(38) 419(39) 436
Wilson, A.H.      174 208
Young, R.C.      207(20) 209
Young, W.H.      184(8) 209
Zeeman effect      55
Zemach, C.      375 436
Zener, C.      295 297
Zero-energy scattering length      319
Zero-point energy      84 90
Zienau, S.      377 436
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