Dirac P.A.M. — The Principles of Quantum Mechanics :: Электронная библиотека попечительского совета мехмата МГУ

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Dirac P.A.M. — The Principles of Quantum Mechanics

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Название: The Principles of Quantum Mechanics

Автор: Dirac P.A.M.

Аннотация:

The standard work in the fundamental principles of quantum mechanics, indispensable both to the advanced student and to the mature research worker, who will always find it a fresh source of knowledge and stimulation.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: fourth edition, revised

Год издания: 1958

Количество страниц: 314

Добавлена в каталог: 15.04.2007

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

$\delta$ function      58
$\delta_{rs}$       62
A function      280
action      128
Adjoint      26
Anticommutator      293
Anticommute      149
Antilinear      21
Antisymmetrical ket, state      208
Antisymmetrizing operator      248
Bar notation      20
Basic bras      53
Basic kets      57
Belonging to an eigenvalue      30
Bohr’s frequency condition      117 177
Bose statistics      210
Boson      210
Boundary condition      155
Bra      19
Canonical coordinates and momenta      85
Causality      4
Central field      152
Character (of a group)      215
Class of permutations      212
CLOSED state      156
Combination of angular momenta      147
Combinationlaw      1 117
Commutation relation      84
Commute      24
Compatible observations      52
Complete set of bras      53
Complete set of commuting observables      57
Complete set of states      36
Conjugate complex      20
Conjugate imaginary      21
Conjugate linear operator      27
Conservation laws      115 143
Constant of the motion      115
Contact transformation      105
Contravariant      254
Coulomb interaction energy      305
Covariant      254
Cut-off      308
De Broglie waves      120
Degenerate system      171
Dependent      16 17
Diagonal element      68
Diagonal in a representation      74
Diagonal matrix      68 69 70
Diagonal with respect to an observable      77
Displacement operator      102
Dual vector      18
e      157
Eigen      30
Eigenfunction      117
Einstein’s photo-electric law      7
Element of a matrix      68
Even permutation      208
Exclusion principle      211
Exclusive set of states      215
Fermi statistics      210
Fermion      210
Fock’s representation      139 228
Functional      291
Gibbs ensemble      131
Green’s Theorem      191
Group velocity      120
h, $\hbar$       87
Half-width of absorption line      204
Hamilton — Jacobi equation      122
Hamiltonian      113 114
Heisenberg dynamical variable      113
Heisenberg picture      112
Heisenberg representation      117
Hermitian matrix      68 69
Hilbert space      40
Holes      252
Identical permutation      212
Improper function      58
Independent      16 17
Intermediate state      175
Ket      16
Kramers — Heisenberg dispersion formula      248
Lagrangian      128
Lande’s formula      184
Length of a bra or ket      22
Linear operator      23
Longitudinal energy      286 290
Longitudinal field      277
Magnetic anomaly of the spin      166
Magnetic moment of electron      165 266

Magnitude of angular momentum      146
Matrix      68 69
Maxwell’s equations      290 299
Momentum representation      96
Multiplet      182 223
No-particle state      308
Non-degenerate system      171
Normal order      31Q
Normal state      139
Normalization      22
Observable      37 288
Observable, having a value      46
Observable, having an average value      46
Odd permutation      208
Orbital angular momentum      142 148
Orbital variable      220
Orthogonal bras, kes      21
Orthogonal representation      54
Orthogonal states      22 35
Orthogonality theorem      32
Oscillator      136 227
P.B.      85
Pauli’s exclusion principle      211
Permutation      208 211
Phase factor      22
Phase space      131
Physical variable      288
Planck’s constant      87
Poisson bracket      85
Positive square root      45
Positron      274
Probability amplitude      73
Probability coefficient      180
Probability current      260
probability density      258
Probability of observable having a value      47
Proper-energy      179
quantum condition      84
Radial momentum      153
Real linear operator      27
Reciprocal of an observable      44
Reciprocal permutation      212
Reciprocity theorem      76
Relative probability amplitude      73
Representation      53
Representative      53 67
Rotation operator      142
Scatterer      185
Schrodinger dynamical variable      113
Schrodinger picture      111
Schrodinger’s representation      93
Schrodinger’s wave equation      111
Second quantization      230 251
Selection rule      159
Self-adjoint      27
Similar permutations      212
Simultaneous eigenstate      49
Sommerfeld’s formula      272
Spherical harmonic      154
Spherical symmetry      143
Spin angular momentum      142 267
Spin of electron      149 266
Square root of an observable      44
Standard ket      79
State      11
State of absorption      187
State of motion      12
State of polarization      5
Stationary state      116
Stimulated emission      177 238
Strong equation      289
Superposition of states      12
Supplementary conditipn      287
Symmetrical ket, state      208
Symmetrical representation      208
Symmetrizing operator      225
Time-dependent wave function      111
Transformation function      75
Translational state      7
Transverse energy      286 291
Transverse field      277
Uncertainty principle      98
Unif matrix      68 69
Unitary      104
Wave equation      111
Wave function      80
Wave mechanics      14
Wave packet      97 121
Weak equation      289
Weight function      66
Well-ordered function      130

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