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| Landau L.D., Lifshitz E.M. — Course of Theoretical Physics (vol.3). Quantum Mechanics. Non-relativistic Theory |
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Íàçâàíèå: Course of Theoretical Physics (vol.3). Quantum Mechanics. Non-relativistic Theory
Àâòîðû: Landau L.D., Lifshitz E.M.
ßçûê: 
Ðóáðèêà: Ôèçèêà/Îáùèå êóðñû/
Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö
ed2k:
Èçäàíèå: third edition, revised and enlarged
Ãîä èçäàíèÿ: 1977
Êîëè÷åñòâî ñòðàíèö: 677
Äîáàâëåíà â êàòàëîã: 17.09.2005
Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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| Ïðåäìåòíûé óêàçàòåëü |
Matrix, trace of 36
Mean value 10
Measurements 3—5 21—24 157—159
Measurements, predictable 5
Mirror nuclei 474n.
Mixed states 39n.
Molecular terms and atomic terms 305—359
Molecular terms, classification of 425—432
Molecule see "Diatomic molecule" "Polyatomic
Momentum 42—45
Momentum, commutation relations 43 46
Momentum, representation 44
Multiplet, inverted 269
Multiplet, normal 269
Multiplet, splitting 252 322
Multiplet, terms in diatomic molecule 321—331
Multiplicity 252 301
Multiplicity of frequency 399
Multipole moments 281—284
Negative terms 331 425
Neutrons, scattering of 640—649
nodes 59
Nodes, line of 216
Normal coordinates 399
Normal state 28
Normalisation 7 16—17
Notation xiv 104 252 279 300
Nuclear forces 474ff
Nuclear forces, charge symmetry of 474
Nuclear forces, saturation of 481
Nuclear forces, spin dependence of 478—480
Nuclear magneton 457
Nuclear scattering 578
Nuclear structure 474ff
Nuclei see also "Nuclear forces" "Nuclear
Nuclei, compound 608
Nuclei, non-spherical 491—496
Nucleons 474ff
Occupation numbers 242
Odd states 97
Odd states of molecules 301
Odd-odd nuclei 486
One-dimensional motion 60—81
One-dimensional motion, quasi-classical case 162—174
Operators 10ff
Operators of finite displacement 45
Operators of finite rotation 215—221
Operators, addition of 13
Operators, annihilation 243
Operators, anti-Hermitian 15
Operators, anticommuting 98
Operators, commutative 14
Operators, commutator of 15
Operators, commuting 14
Operators, creation 244
Operators, differentiation of 26—27
Operators, Hermitian 11
Operators, Hermitian conjugate 11
Operators, inverse 14
Operators, linear 10n.
Operators, momentum 42—45
Operators, multiplication of 14
Operators, particle density 247
Operators, self-conjugate 12
Operators, spin 204
Operators, symmetrized products of 15
Operators, transposed 11
Operators, unitary 36
Optical model 614n. 615
Optical theorem for scattering 512 597
Orbital angular momentum 200
Orbital angular momentum, total 202
Orthogonal functions 10
Orthohelium 258n.
Orthohydrogen 334 643—644
Orthonormal functions 10
Oscillation theorem 60—61
Oscillator in external field 149
Oscillator, linear 67—74
Oscillator, linear, anharmonic 136
Oscillator, strength 636
Oscillator, three-dimensional 111
Parabolic coordinates 129
Parabolic quantum numbers 131
Parahelium 258n.
Parahydrogen 334 643—644
Parity 97
Parity, addition rule for 101
Parity, selection rules for 98
Particle density operator 247
Paschen — Back effect 467 468
Pauli matrices 204
Pauli's principle 230
Periodic system 271—279
permutations 234—241
Perturbation theory 133ff
Perturbations in diatomic molecule 352—353
Perturbations, adiabatic 148 195—198
Phase factor 7
Phase shift 109
Phase space 172 261 481
Physical quantity 5
Physical sheet 527
Planck's constant 20
Plane wave, resolution of 112—114
Point continuous 370 389—393
Point groups 362—370 378—382 389—397
Poisson bracket 27n. 36n.
Polar vector 98
Polarizability 285
Polarization of particles, partial 221—223
Polyatomic molecules 398ff
Positive terms 331 425
Potential barrier 79—81
Potential barrier in quasi-classical case 179—185 191—195
Potential scattering 562 611
Potential wall 76—78 170
Potential well 63—67 72—74 110—111 127—128 137—138 160 162—163 549
Pre-dissociation 344—355
Predictable measurements 5
Principal groups 274—275 311—313
principal quantum number 119 252 485
Principle of least action 20
Probability current density 57
Product of elements of group 360
Product of groups 362
Product of matrices 32
Product of operators 14
Product of quantities 13
Product of representations of groups 376
Product of spinors 209
Pseudo-potential 641
Pseudoscalar 98
Pure states 39n.
Quadrupole moment 281—284 496
quantum mechanics 2
Quantum mechanics and classical mechanics 2—3 20—21 51—52 54 97 160 164ff 199f 227 456 509 521—526
Quantum mechanics, basic concepts of 1ff
Quantum number, azimuthal 104
Quantum number, magnetic 104 130
Quantum number, parabolic 131
Quantum number, principal 119 252 485
Quantum number, radial 104 119
Quantum number, vibrational 319
Quasi-classical systems 20 48 114 164ff 521—526
Quasi-classicality condition 165
Quasi-discrete spectrum 559
Quasi-stationary states 159 559 593 608
Racah coefficients 445
Radial, quantum number 104 119
| Radial, wave function 103—105
Radial, wave function in Coulomb field 117—126
Radial, wave function in free motion 106—109
Rainbow scattering 526n.
Ramsauer effect 547n.
Range, effective 555
Reciprocity theorem for scattering 513 586 606
Reflection above the barrier 191—193
Reflection amplitudes 78
Reflection coefficient 77
Reflection coefficient in quasi-classical case 191—193
Regge poles 590
Regge trajectories 590
Representation of group 370—385
Representation of group, antisymmetric product of 377
Representation of group, basis of 371
Representation of group, character of 372
Representation of group, dimension of 199n. 371
Representation of group, direct product of 376
Representation of group, equivalent 372
Representation of group, irreducible 199n. 372—385
Representation of group, Kronecker product of 376
Representation of group, physically irreducible 383
Representation of group, reducible 372
Representation of group, regular 375
Representation of group, symmetric product of 377
Representation of group, total vibrational 399
Representation of group, two-valued 393—397
Representation of group, unit 374
Representation of matrices 33
Representation of operators 37—38 44
Representation of wave functions 18
Representation, coordinate 44
Representation, energy 33n.
Representation, momentum 44 535—538
Representation, Schroedinger 37
Resonance 152
Resonance, scattering 552—564 574—579
Retardation, effective 633—637
Rigid body, rotation of 412—421
Rotary-reflection axis 357
Rotation of molecules 316—321 323—331 421—425
Russell — Saunders coupling 270
Rutherford's formula 567
Rydberg's correction 256
S-matrix 512 see
S-wave scattering 546
Saddle-point method 655
Scattering see also "Elasti collisions" "Inelastic
Scattering in magnetic field 544—545
Scattering, amplitude 505 526—538
Scattering, amplitude, nuclear 578
Scattering, amplitude, partial 507
Scattering, general theory of 504ff
Scattering, length 547
Scattering, matrix 512ff 603—607
Scattering, operator 512
Scattering, potential 562 611
Scattering, quasi-classical 521—526
Scattering, rainbow 526n.
Scattering, resonance 552—564 574—579
Schroedinger representation 37
Schroedinger's equation 51ff
Schroedinger's equation for free particle 51
Schroedinger's equation for linear oscillator 69
Schroedinger's equation in central field 102—103
Schroedinger's equation in homogeneous field 74
Schroedinger's equation in magnetic field 455—458
Schroedinger's equation in one dimension 60 64
Schroedinger's equation in quasi-classical case 164
Second quantization 241—250
Secular equation 139
Selection rules 93—94 98 385—389 442
Self-adjoint operator see "Self-conjugate operator"
Self-conjugate operator 12
Self-consistent field 252 257—260 483
Shell model of the nucleus 482—491
Sign of terms 331—332 425
Slow particles, elastic scattering of 545—559
Slow particles, inelastic scattering of 601—603
Spectral terms 252 300
Spectrum of eigenvalues 8
Spectrum, continuous 8 15—19 567—571
Spectrum, discrete 8—15
Spherical Bessel functions 107
Spherical harmonics 91 656—659
Spherical tensor 441
Spherical top 413
Spin 199ff
Spin in magnetic field 470—472
Spin, commutation relations 201
Spin, components 200
Spin, nuclear 485
Spin, operator 204
Spin, total 202
Spin, variable 200
Spin-axis interaction 321
Spin-orbit interaction 267—270 321 484 583—587
Spin-spin interaction 267 270 326
Spinors 206
Spinors and tensors 210—215
Spinors, contraction of 209
Spinors, metric 209
Spinors, multiplication of 209
Spinors, symmetrical 209
Spinors, unit 209
Spur of matrix 36
Stability of molecules 407—412
Stark effect 284—299
Stark effect in diatomic molecule 337—338
Stark effect, linear 289
Stationary states 28
Statistical weight 333n. 427n. 607
Sub-group 360
Sub-group, conjugate 362
Sum of quantities 13
Summation theorem 634
Superposition principle 7
Symmetric term 332
Symmetrization of functions 235
Symmetrization of spinors 209—212
Symmetry of terms in diatomic molecule 300—301 331—334
Symmetry of terms in polyatomic molecules 398ff
Symmetry, axis of 356
Symmetry, axis of, bilaieral 363
Symmetry, axis of, equivalent 363
Symmetry, Centre of 357
Symmetry, charge 474
Symmetry, groups 339ff.
Symmetry, plane of 356
Symmetry, plane of, equivalent 363
Symmetry, theory of 356ff
Symmetry, transformations 356—359
Tensor, antisymmetric unit 84
Tensor, forces 479
Tensor, irreducible 214
Tensor, matrix elements of 441—444
Tensor, spherical 441
Thomas — Fermi method 261—266 277—279
Threshold of reactions 618
Time reversal 24 55 207n. 223—236 436n. 455n. 512 606
Time-reversed states 606
Top 412—421
Top, asymmetrical 415—418
Top, spherical 413
Top, symmetrical 414—415
Trace of matrix 36
Transition, frequency 31
Transition, probability, in quasi-classical case 191—195
Transmission coefficient 77
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