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Авторизация |
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Поиск по указателям |
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Park D. — Introduction to the Quantum Theory (Pure & Applied Physics) |
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Предметный указатель |
Potential, singular 232
Potential, square-well 96—102 321 354
Potential, vector 247—252 255 652
Precession 14 160
Principle of superposition 4 22 32
Probability current 64
Propagation, vector 25
Proton-proton scattering 420—425
Quantum of energy 307
Quark 513—523
Quark, magnetic moment 521
Quark, mass 520
Quasi-static reversible processes 543 562
Quenching of orbital angular momentum 279
Radiation from quantum systems 374
Radiation, black-body 427 582
Radiation, dipole 377
Radiation, Einstein's theory 427
Radiation, electromagnetic 373—402 655
Radiation, quadrupole 395—398
Radiation, spontaneous 378
Ramsauer effect 98
Reduced mass 221 318
Reflection at potential barrier 89—96
Relativity and quantum mechanics 62
Relativity, correction to orbital motion 465
Resonance, magnetic 182—185
Resonance, particles 203
Rodrigues formula 130
Rotation 146 158
S function 362
Scattering 313—372
Scattering, amplitude 328 335
Scattering, angle 314
Scattering, cross section 314—317
Scattering, differential cross section 315
Scattering, electron-helium 371
Scattering, length 358
Scattering, low energy 346—355
Scattering, pion-nucleon 365
Scattering, resonant 365—372
Scattering, Rutherford 316 330
Scattering, total cross section 316
Schmidt orthogonalization procedure 136
Schroedinger's equation for free particle 23 45
Schroedinger's equation for particle in a magnetic field 247
Schroedinger's equation for particle in an electric field 60
Schroedinger's equation for two particles 217
Schwartz inequality 623
Selection rules 388—398
Separation of variables 208 213
shift operators 128 163 539
Simultaneous observables 143—145
Single-valuedness 82
Singular potentials 232
Slater determinants 416
Spatial quantization 14—16 166
Specific heat, Bose gas 593—596
Specific heat, electronic 605
Specific heat, liquid helium 594
Specific heat, solids 585
Spectroscopic notation 229 255 414
Spherical harmonics 631—648
Spherical harmonics, normalized 644
Spherical harmonics, table 644
Spin 32 170—195
Spin and orbital motion 189—194 467
| Spin and statistics 418
Spin in a constant magnetic field 178
Spin in a varying magnetic field 182
Spin, geometrical interpretation 175 188
Spin, operator 172
Spin-orbit coupling 467
Spinor 173
Square-well potential, energy levels 100 234
Square-well potential, normalization 238
Square-well potential, scattering 354
Square-well potential, wave function 234
Standard deviation 75
Stark effect 275 283 292
Stationary phase 47
Stationary states 25 80
Statistics, Bose — Einstein 570 580—596
Statistics, Fermi — Dirac 570 596—609
Statistics, quantum 567—610
Stefan — Boltzmann law 582
Stem — Gerlach experiment 15 171
Stosszahlansatz 569
Superconductivity 260
Superposition of light waves 4 33 84
Superposition, coherent and incoherent 4 21 58 84
Susceptibility, electric 650
Susceptibility, magnetic 281 488 557 650
Symmetry, expression in quantum mechanics 146 403
Symmetry, used to simplify perturbation calculations 272
Thermionic emission 606
Thermodynamic equilibrium 546
Thermodynamics, first law 542
Thermodynamics, second law 542
Thomas precession 468
Time displacement 153
Time reversal 151
Transformations as dynamical variables 146
Transformations as operators 146
Transformations of gauge 250 312 656
Transformations, to moving coordinate system 624—630
Transitions, allowed 388—393
Transitions, forbidden 393—398
Two-center integral 498
Van der Waals force 508—512
Vapor pressure, liquid helium 596
Vapor pressure, monatomic solid 585
Variational Principle 289—294 485
Velocity, group 21
Velocity, phase 20
Virial theorem 80 134
Wave function 22 28—59
Wave function of two particles 217 403
Wave function, admissible behavior 222
Wave function, statistical meaning 30 37 41 47
Wave packet 46 353
Wave packet, motion 46 68
Waves and particles 47 56
WKB approximation 104—123 242 358 436
WKB approximation, bound states 110—123
WKB approximation, connection formulas 108
WKB approximation, normalization 112
WKB approximation, relation to classical theory 104 113—115
Work and heat in quantum mechanics 542 562
Young, Thomas 3—6 431
Zeeman effect 15 251 255 472
Zeeman effect in hydrogen 472—478
Zeeman effect, effects of spin 252 472
Zero-range approximation 329 355 527 538
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