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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 |
"Fall" to the centre 54 114—117
 -operators 246
3j-symbols 433—440
6j-symbols 444—449
9j-symbol 449—450
Acceleration, in quantum mechanics 56
Accidental degeneracy 119 125 256
action 20 165n.
Adiabatic invariant 171
Adiabatic perturbations 148 195—198
Airy function 75 654—656
Alternation of functions 235
Angular momentum, addition of 99—101 433ff
Angular momentum, commutation relations 83—85 93 97
Angular momentum, eigenfunctions 89—92
Angular momentum, eigenvalues 86—89
Angular momentum, orbital 200
Angular momentum, orbital, total 202
Angular momentum, spin 200
Angular momentum, vibrational 422
Annihilation operator 243
Anti-Hermitian operator 15
Anticommuting operators 98
Antisymmetric term 332
Antisymmetric unit tensor 84
Apparatus 2—3 21—24
atom 251ff
Atom in magnetic field 463—470
Atom, interaction at large distances 341—344
Atomic energy levels 251—252
Atomic units 118n.
Auger effect 280—281
Axial vector 98
Azimuthal quantum number 104
Barrier, potential 79—81
Barrier, potential in quasi-classical case 179—185 191—195
Bilateral axis 363
Binary transformations 207n.
Bohr and Sommerfeld's quantization rule 171
Bohr magneton 455
Bohr radius 118n.
Born approximation 516—519
Bose ( — Einstein) statistics 228
Bose ( — Einstein) statistics, second quantization 242—247
Bosons 228
Bound state 29
Breit and Wigner's formula 607—615
Centrally symmetric field, motion in 102ff
Centrally symmetric field, motion in, quasi-classical 175—179
Centrifugal energy 104
Channel of reaction 595
Channel of reaction, input 595
Channel of reaction, widths 610—611
Charge symmetry 474
Class of group 361
Classically inaccessible 166
Clebsch — Gordan coefficients 436
Closed set of functions 8
Closed shell 253
Coherent states 71n.
Collision of the second kind 345 353
Collisions see "Elastic collisions" "Inelastic
Commutation relations 43 46 83—85 93 97 200 413 457
Commutative operators 14
Commutator of operators 15
Commuting operators 14
Complete description 4 5
Complete set of functions 8
Complete set of quantities 5
Complex compounds 314
Complex time 189
Compound nucleus 608
Compound system 562
Configuration space 6
Conservation of, Angular momentum 82
Conservation of, energy 27
Conservation of, momentum 42
Conservation of, parity 98
Conserved quantity 27
Conserved quantity in Coulomb field 124
Continuous spectrum 8 15—19 567—571
Contravariant spinor components 207
Coordinate representation 44
Coriolis interaction 424
Coset 361
Coulomb degeneracy 119 124—126
Coulomb field, motion in 117ff
Coulomb field, motion in, scattering in 564—567
Coulomb functions 575n.
Coulomb units 117
Covariant spinor components 208
Creation operator 244
Cross-section, partial 507
Cross-section, reaction 596
Cross-section, scattering 505 611
Cross-section, transport 519 581
Current density 57
Current density in magnetic field 472—473
de Broglie wavelength 51
Degeneracy of energy levels 28 88 251
Degeneracy of energy levels, accidental 119 125 256
Degeneracy of energy levels, Coulomb 119 124—126
Degeneracy of energy levels, permutational 237
Degeneracy of energy levels, removal of 139
Delta function 17 43n. 152 510n.
Density matrix 38—41
Derivative, in quantum mechanics 26 31
Detailed balancing, principle of 606
Deuteron disintegration 193—194 648—650
Diatomic molecule 300ff
Dimension of representation 199n. 371
Dipole moment 281
Discrete spectrum 8—15
dispersion relation 532—535
Doublets see also "Multiplet"
Doublets, levels 252n.
Doublets, relativistic 279
Doublets, screening 280
Dummy indices 208
Eigenfunctions 8
Eigenvalues 8
Eigenvalues, complex 560
Eikonal approximation 541n. 644
Elastic collisions 504ff
Elastic collisions with inelastic processes 595—599
Electron, configuration 253 274—277
Electron, diffraction experiment 1—2
Electron, states in the atom 252ff
Electron, terms in the diatomic molecule 300ff
Electron, terms in the diatomic molecule, intersection of 302—305
Energy 27
Energy representation 33n.
Energy, levels 28
Energy, levels in magnetic field 459
Energy, levels in potential well 65
Energy, levels in quasi-classical case 173—175
Energy, levels of linear oscillator 68
Energy, levels of linear oscillator, anharmonic 136
Energy, levels, atomic 251—252
Energy, levels, complex 560
Energy, levels, degenerate 28 88 251
Energy, levels, hydrogen-like 256—257
Energy, levels, vibrational 405—407
Energy, levels, virtual 554
Energy, levels, width of 159 559 610
Equivalent axes 363
Equivalent planes 363
Equivalent states 253
Eulerian angles 216
Even - even nuclei 486
| Even states 97
Even states of molecules 301
Exchange, integral 233
Exchange, interaction 232 572
Fermi ( — Dirac) statistics 228
Fermi ( — Dirac) statistics, second quantization 247—250
fermions 228
Fine structure 252 322
Fine structure of atomic levels 267—271
Finite motion 29
Finite-displacement operator 45
Finite-rotation matrix 217
Forbidden transition 101
Form factor, atomic 580
Franck and Condon's principle 346
Free motion 50—52
Free motion in centrally symmetric field 105—114
Galileo's relativity principle 50
Generators of rotation group 390n.
Ground state 28
Group, abelian 360
Group, class of 361
Group, conjugate 362
Group, continuous 370 389—393
Group, cubic 369n.
Group, cyclic 360
Group, direct product of 362
Group, double 394
Group, element of 360
Group, element of, conjugate 361
Group, element of, generating 381
Group, element of, inverse of 360
Group, element of, multiplication of 360
Group, element of, order of 360
Group, element of, period of 360
Group, element of, product of 360
Group, element of, unit 360
Group, finite 360
Group, icosahedron 370
Group, isomorphous 362
Group, normal divisor of 362
Group, octahedron 369
Group, order of 361
Group, point 362—370 378—382 389—397
Group, representation of 370—385 see
Group, rotation 389
Group, tetrahedron 367
Group, theory 360ff
Group, unit element of 360
Gyromagnetic factor 465 487
Hamiltonian (operator) 26
Hamiltonian (operator) of freely moving particle 50
Hamiltonian (operator) of interacting particles 51
Hamiltonian (operator) of linear oscillator 67
Heisenberg representation 37—38
Helium atom 257—260
Hermite polynomials 69 651—653
Hermitian conjugate operator 11
Hermitian matrix 32
Hermitian operator 11
Heteropolar binding 312
High energies, elastic scattering at 538—545 579—583
High energies, inelastic scattering at 624—633 644—650
hole 254 279
Homogeneous field, motion in 74—76
Homopolar binding 313
Hund's rule 253
Hydrogen atom 256—257 289—299 462—463 583 631—633
Hydrogen-like energy levels 256—257
Hyperfine structure of atomic levels 498—501
Hyperfine structure of molecular levels 501—503
Hypergeometric functions 659—669
Identical particles 227ff
Identical particles, collisions of 571—574
Index of sub-group 361
Indistinguishability of similar particles 227
Inelastic collisions 595ff
Inert gases 275
Intermediate groups 274 275—276 313—314
Intermediate states 156
Intersection of electron terms 302—305
Invariant integration 390
Invariant sub-group 362
Invariant, adiabatic 171
Inverse operator 14
Inversion transformation 97—99
Ionization of atoms by electric field 294
Ionization of atoms by electrons 624 632—633
Ionization of atoms by heavy particles 639
Ionization of atoms in  decay 150—151
Ionization of atoms in  decay 150
Ionization of atoms near threshold 624n.
Irreducible tensor 214
Isobaric invariance 474
Isospin 475
Isotopic invariance 474—478
Isotopic shift 496—498
Isotopic spin 475
Jacobi polynomials 219 665
Jahn — Teller theorem 225
jj coupling 271 485
Kernel of operator 10
Kramers' theorem 225
Kronerker product 376
Laboratory system of coordinates 504
Laguerre polynomials 662
Laguerre polynomials, generalized 120 662
Lambda  -doubling 338—341
Landau levels 459
Lande g-factor 465
Lande's interval rule 269
Langevin's formula 466
Large distances, atoms at 341—344
Legendre polynomials 656—659
Legendre polynomials, associated 90—91 657—659
Line of nodes 216
Linear operator 10n.
linear oscillator 67—74
Linear oscillator, anharmonic 136
Logarithmic accuracy 462
Low energies, elastic scattering at 545—559
Low energies, inelastic scattering at 601—605
LS coupling 270
Luminescence 526n.
magic numbers 487
Magnetic field, motion in 455ff
magnetic quantum number 104 130
Magnetons 455
Mass of particle 50
Mass of particle, reduced 102
Matrix 30ff
Matrix, density 38—41
Matrix, diagonal form of 33
Matrix, elements 31
Matrix, elements for addition of angular momenta 450—452
Matrix, elements for axially symmetric systems 452—454
Matrix, elements for diatomic molecule 334—338
Matrix, elements in classical limit 173—174
Matrix, elements of angular momentum 88—89
Matrix, elements of derivative 31
Matrix, elements of tensors 441—444
Matrix, elements of vectors 92—96
Matrix, elements, diagonal 32
Matrix, elements, quasi-classical 185—191
Matrix, elements, reduced 94 442
Matrix, elements, selection rules for 385—390
Matrix, finite-rotation 217
Matrix, hermitian 32
Matrix, multiplication of 32
Matrix, Pauli 204
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