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Galindo A., Pascual P. — Quantum Mechanics Two
Galindo A., Pascual P. — Quantum Mechanics Two



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Название: Quantum Mechanics Two

Авторы: Galindo A., Pascual P.

Аннотация:

The second volume of a two-volume textbook on non-relativistic quantum mechanics for advanced undergraduate and first-year graduate students. Volume two presents collision theory, W.B.K. approximation, stationary perturbation theory and variational method, time-dependent perturbations, identical particles, and the quantum theory of radiation, as well as applications (volume one covers the physical foundations and basic principles).


Язык: en

Рубрика: Физика/Квантовая механика/Учебники/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1991

Количество страниц: 374

Добавлена в каталог: 02.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Time-independent perturbations, Kate’s theory of      II 138
Time-independent perturbations, Kate’s theory of, convergence radius      II 143
Time-independent perturbations, Kate’s theory of, degenerate level      II 141
Time-independent perturbations, Kate’s theory of, non-degenerate level      II 141
Time-independent perturbations, Kate’s theory of, regularity conditions      II 143
Time-independent perturbations, non-degenerate case      II 122
Time-independent perturbations, non-degenerate case, Rayleigh — Schroedinger series      II 123
Time-independent perturbations, Stark effect      II 144
Time-independent perturbations, two-electron atoms      II 134
Time-independent perturbations, Van der Waals forces      II 136
Time-independent perturbations, Van der Waals forces, dipole-dipole approximation      II 137
Total degeneracy      II 241
Trace class      I 355
Trace class norm      II 22
Trace class operator      II 19
Trace norm      I 355
Trainor — Gamba selection rule      II 326
Trajectories and the uncertamty principle      I 31
Transfer, momentum      II 35
Transformation of operators      I 267
Transformation, Bogolyubov canonical      II 259 264
Transformation, Fourier      I 367
Transformation, Galilean      I 288
Transformation, gauge      II 200
Transformation, gauge, of wave functions      II 204
Transformation, symmetry      I 262
Transition operator      II 19 30 81
Transition probability      II 174 310
Transition probability for constant perturbations      II 176
Transition probability per unit time      II 24
Transition rate(s), $2^J$-polar, in atomic systems      II 316
Transition rate(s), $2^J$-polar, in nuclear systems      II 316
Transition rate(s), radiative      II 310
Transition, electric dipole      II 322
Translation operator      I 91 269
Translation, space      I 91 269 278
Translational invariance      I 278
Transmission amplitude      I 154
Transmission coefficient      I 153 II
Transversality condition      II 298
Trial functions or states      II 147
Triangle function      I 327
Tune delay      I 154
Tunnel effect      I 174
Turning points      II 89
Two-body elastic scattering      II 73
Two-body elastic scattering, differential cross section      II 74
Two-body elastic scattering, indistinguishability      II 75
Two-body elastic scattering, separation of C.M. motion      II 73
Two-body elastic scattering, spin dependent transition amplitude      II 73
Two-body elastic scattering, unpolarized beams      II 74
Two-body scattering, amplitude for      II 80
Two-body scattering, Born approximation      II 81
Two-body scattering, differential cross section      II 80
Two-body scattering, Lippmann — Schwinger equations      II 80
Two-boson correlation function      II 256
Two-electron atoms      II 134 150 152
Two-electron atoms, Hund’s rule in      II 153
Two-fermion correlation function      II 254
Two-particle correlation function      II 253
Ultraviolet catastrophe      I 2
Uncertainty or standard deviation      I 52
Uncertainty principle      I 29 53
Uncertainty relation(s)      I 29 53
Uncertainty relation(s) for angle-angular momentum      I 201
Uncertainty relation(s) for energy-time      I 29 75
Uncertainty relation(s) for position-momentum      I 29 95
Uncertainty relation(s) in presence of electromagnetic field      II 206
Unitarity bound      I 157
Unitarity, limit of      II 47
Unitarity, of the S matrix      II 16
Unitarity, violation of      II 35 105
Unitary propagator or evolution operator      I 69 70 71
Units, atomic      I 245
Units, natural      II 268
Units, Weisskopf      II 332
Univalence superselection rule      I 209
Unstable quantum systems, decay law for      II 193
Vacuum state      II 246
Van der Waals forces      II 136 154
Variational method      II 122 146
Variational method, helium atoms      II 152
Variational method, hydrogen-like atoms      II 155
Variational method, lower bounds      II 149
Variational method, one-electron atoms      II 155
Variational method, Temple’s inequality      II 149
Variational method, trial functions or states      II 147
Variational method, two-electron atoms      II 150
Variational method, Van der Waals forces      II 154
Vector operator      I 216
Vector spherical harmonics or irreducible vector tensors      I 335
Velocity commutation rules      II 207
Velocity, group      I 25 28 180
Velocity, phase      I 25 115
Virial theorem      I 118
Virtual states      II 64
Von Neumann — Wigner potential      I 233
Von Neumann’s theorem on complete sets of compatible observables      I 57
Von Neumann’s theorem on hidden variables      I 378
Von Weizsacker term      II 276
W.B.K. approximation      II 90
W.B.K. method      II 88
W.B.K. method, basic solutions      II 89
W.B.K. method, bound state energies      II 95 115 118
W.B.K. method, bound state energies, Dunham formula      II 97
W.B.K. method, bound state energies, for several turning points      II 115
W.B.K. method, central potentials      II 118
W.B.K. method, central potentials, Coulomb      II 119
W.B.K. method, central potentials, Hylleraas potential      II 119
W.B.K. method, central potentials, isotropic harmonic oscillator      II 119
W.B.K. method, central potentials, Langer modification      II 118
W.B.K. method, central potentials, phase shifts      II 120
W.B.K. method, connection formulae      II 90
W.B.K. method, one-dimensional problems      II 88
W.B.K. method, one-dimensional problems, harmonic oscillator      II 98
W.B.K. method, one-dimensional problems, potential barrier      II 104 113
W.B.K. method, one-dimensional problems, transmission and reflection coefficients      II 105
W.B.K. method, one-dimensional problems, transmission and reflection coefficients by double potential barriers      II 113
W.B.K. method, turning points      II 89
Wave function      I 24 26 88
Wave function symmetrization      II 227
Wave packet reduction      I 65 370
Wave packet spreading      I 105 111
Wave packets      I 27
Wave(s), expansion in plane      II 299
Wave(s), matter      I 22
Wave(s), multipole      II 304
Wave(s), partial      II 45
Wave(s), plane      I 39 51 100
Wavelength, Compton      I 6
Wavelength, de Broglie      I 23
Weak interaction      I v280
Weber function      I 312
Weisskopf unite      II 332
Well(s), one-dimensional square      I 136
Well(s), three-dimensional square      I 234
Weyl’s alternative      I 184
Weyl’s form of the commutation relations      I 78 205
White dwarfs      II 242 255
Wick’s normal ordering      II 302
Width(s) of a resonance      I 164
Width(s) of state      II 134 146 180
Width(s), radiative transitions      II 310 315
Wiener measure      I 128
Wien’s displacement law      I 2 II
Wigner formula      II 66
Wigner’s friend      I 373
Wigner’s theorem      I 190 263
Wigner—Eckart theorem      I 215 332
work function      I 5
Yes-no experiment or proposition      I 63
Young double-slit experiment      I 7 9
Yukawa cut      II 57 64
Yukawa potential      II 38 47 57 157
Yukawa potential, Born approximation to scattering by      II 38
Yukawa potential, energy levels in      II 159
Yukawian potentials      II 67
Zeeman effect      I 18 II
Zeeman effect, anomalous      II 225
Zeeman effect, normal      II 225
Zero energy resonance      II 59 63
Zone, Brillouin      I 179
’t Hooft — Polyakov monopole      II 209
1 2 3 4 5 6
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