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Bethe H.A., Jackiw R. — Intermediate Quantum Mechanics
Bethe H.A., Jackiw R. — Intermediate Quantum Mechanics



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Название: Intermediate Quantum Mechanics

Авторы: Bethe H.A., Jackiw R.

Аннотация:

Graduate students in both theoretical and experimental physics will find this third edition of Intermediate Quantum Mechanics, refined and updated in 1986, indispensable. The first part of the book deals with the theory of atomic structure, while the second and third parts deal with the relativistic wave equations and introduction to field theory. Throughout its nearly thirty-five years in print, Intermediate Quantum Mechanics has consistently offered more complete coverage of applications of quantum mechanics than any other single-volume work on the subject.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: Third edition

Год издания: 1997

Количество страниц: 396

Добавлена в каталог: 12.04.2010

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$\pi$-mesonic atoms      347
Absolute transition probabilities      229
Absorption of radiation      195
Addition of angular momenta      16 101
Addition of angular momenta for equivalent electrons      113
Addition of angular momenta for identical particles      111
Angular momentum addition      101
Angular momentum in Dirac theory      372
Angular momentum precession      162
Anomalous moment      152
Atomic collisions      243
Atomic structure      1
Atomic units      4
Average energy      63 139
Average Hartree — Fock potential      63
Average ionization      307
Bohr magneton      169
Born approximation      8
Born approximation Dirac equation      386
Born approximation elastic scattering      244
Born approximation equivalence with semiclassical approximation      327
Born approximation inelastic scattering      296
Born approximation photoelectric effect      233
Born — Oppenheimer approximation      179
Bosons      25
Bound state perturbation theory      5
Cartesian basis      159
Casimir projection operators      387
Center of mass motion      46
Central field approximation      54 68
Circular polarization of radiation      197
Classical limit of quantum scattering      331
Clebsch — Gordan coefficients      106
Close coupling approximation      319
Collision complex      320
Configuration      81
Configuration interaction      145
Constants of motions      12
Correlations      146
Coulomb correction      41
Coulomb field Dirac equation      379
Coulomb field Klein — Gordon equation      345
Coulomb field Schrodinger equation      4
Current density Dirac equation      351
Current density Klein — Gordon equation      342
Current density transition current      205
Density matrix      63 287
Detail balance      207
Determinantal wave function matrix elements      55
Diamagnetism of atoms      172
diatomic molecules      185
Diffraction angle      336
Dipole approximation      204
Dipole moment sum rule      214
Dirac adjoint      354
Dirac equation      349
Dirac equation, Born approximation      386
Dirac equation, Coulomb potential      379
Dirac equation, external electromagnetic field      374
Dirac equation, free particle solutions      368
Dirac equation, hydrogen atom      379
Dirac equation, negative energy solutions      385
Dirac equation, nonrelativistic limit      376
Dirac equation, perturbation theory      386
Dirac equation, relativistic invariance      360
Dirac equation, spin      370 372
Dirac matrices      352 354 359
Dirac matrices traces      365
Dirac moment      152
Direct integral      38
Direct term      59
Distorted wave approximation      310
Distorted wave approximation validity      314
Double scattering      291
Effective Hartree — Fock potential      64
Einstein transition probabilities      206
Elastic scattering, Born approximation      244
Elastic scattering, exchange correction      266
Elastic scattering, high energy      243
Elastic scattering, low energy      254
Elastic scattering, shadow effect      269
Elastic scattering, spin $1 \over 2$ particles      281
Electron and hole equivalence      131
Electron exchange      20
Electron exchange helium atom      38
Electron exchange low energy elastic scattering      266
Electron exchange low energy inelastic scattering      319
Electron exchange statistical models      92
Electron exchange, Hartree — Fock atom      59
Electronic energy of molecules      179
Electrostatic interactions      118
Elliptic polarization of radiation      197
Emission of radiation, induced      195
Emission of radiation, spontaneous      204
Energy loss of incident particle      303
Equivalent electrons      113
Exchange correction      42
Exchange degeneracy      20
Exchange effects and statistical models      92
Exchange integral      38
Exchange interaction, Hartree — Fock theory      59
Exchange interaction, Hartree — Fock theory approximate treatment      72
External electromagnetic fields, Dirac equation      374
External electromagnetic fields, incoherent      199
External electromagnetic fields, Klein — Gordon equation      344
External electromagnetic fields, monochromatic      195
External electromagnetic fields, nonmonochromatic      199
External electromagnetic fields, Schroedinger equation      150 193
Fermi Golden Rule      8
Fermi hole      64
Fermi momentum      85
fermions      25
Foldy — Wouthuysen representation      371
Force squared sum rule      217
Force times momentum sum rule      216
Form factor      244
Form factor, Thomas — Fermi calculation      248
Fraunhofer diffraction      338
Free electron approximation      72 84
Free particle solution, Dirac equation      368
Free particle solution, Klein — Gordon equation      342
g factor      169
Geometric optics      336
gyromagnetic ratio      151
Hartree approximation      53
Hartree — Fock Slater theory      72
Hartree — Fock theory      55
Hartree — Fock theory electron scattering      266
Hartree — Fock theory free electron approximation      72
Hartree — Fock — Kohn — Sham theory      72
Hartree's atomic units      4
Helium atom      31
Hidden variables      27
Hole and electron equivalence      131
Homonuclear molecules      187
Homopolar binding      184
Hund's rule      138 167
Hydrogen atom, Dirac equation      379
Hydrogen atom, Schroedinger equation      4
hydrogen molecule      182
Identical particles      20
Incoherent external electromagnetic fields      199
Induced emission      195
Inelastic scattering collision complex      320
Inelastic scattering distorted wave approximation      310
Inelastic scattering energy loss      302
Inelastic scattering exchange effect      319
Inelastic scattering high energy      295
Inelastic scattering low energy      310
Inelastic scattering semiclassical theory      322
Inelastic scattering shadow effect      269
Inelastic scattering, Born approximation      296 327
Inelastic scattering, close coupling approximation      319
Intermediate coupling      168
Ionization potential      44
Ionization potential, helium      45 46 48
Ionization potential, helium-like atoms      44 49
Ionization potential, high Z atoms      49
jj coupling      168
Klein — Gordon equation      341
Klein — Gordon equation Coulomb potential      345
Klein — Gordon equation external electromagnetic field      344
Klein — Gordon equation free-particle solutions      342
Klein — Gordon equation negative-energy solutions      343
Klein — Gordon equation nonrelativistic limit      344
Klein — Gordon equation physical interpretation      342
Koopman's theorem      64
Lamb shift      48 177
Lande's g factor      169
Lande's internal rule      164
Laporte's rule      221
Large components      370 377
Line breadth      208
Lorentz invariance, Dirac equation      360
Lorentz invariance, Klein — Gordon equation      342
Lowering operator      13
LS coupling      145
Madelung's rule      81
Magnetic dipole moment      227
Magnetic interactions      150
Many-electron sum rules      218
Matrix elements between determinantal wave functions      56
Mesonic atoms      347
Molecules      179
Momentum sum rule      215
Monochromatic external electromagnetic fields      195
Morse potential      186
Motion of the nucleus      46
Multiplet      154
Multiplet, inverted      167
Multiplet, regular      167
Multiplicity      34
Multipole transitions      203
Negative energy solutions, Dirac equation      369 385
Negative energy solutions, Klein — Gordon equation      342 343
Nonlocal potential      61
Nonmonochromatic external electromagnetic fields      199
Nonrelativistic limit, Dirac equation      376
Nonrelativistic limit, Klein — Gordon equation      344
Nuclear motion      46
One-electron operator      57
Optical theorem      276
Orbitals      22
Ortho states      32
Orthohelium      32
Oscillator strength sum rule      214
Para states      32
Parahelium      32
Parity      12
Partial oscillator strength sum rules      224
Paschen — Back effect      170
Pauli exclusion principle      26
Pauli moment      375
Pauli spin matrices      15
Pauli's fundamental theorem      358
Periodic system      79
Perturbation theory bound state      5
Perturbation theory symmetric      36
Perturbation theory time dependent      6
Perturbation theory, Dirac equation      386
Phase shifts in WKB approximation      11 255
photoelectric effect      233
Planck distribution      207
Plane polarization of radiation      197
Polarization correction      43
Polarization of electronic configuration      263
Polarization of radiation      197
Polarization vector      289
Position operator, Dirac equation      371
Position operator, Klein — Gordon equation      343
Positrons      385
Precession of angular momentum      162
Pressure on atomic systems      89 96
Projection operator      387
Pure state      287
Quadratic Zeeman effect      171
Quadrupole moment      228
Radiation theory, semiclassical      191
Raising operator      13
Ramsauer — Townsend effect      259
Reduced matrix element      162
Relativistic equations      339
Relativistic equations, Dirac equation      349
Relativistic equations, Klein — Gordon equation      341
Relativistic equations, Weyl equation      349
Ritz variation method      9
Rotation energy of molecules      1
Russell — Saunders coupling      145
Rydberg correction      41
Rydberg formula      79
Scattering off atoms      243
Scattering off atoms elastic      243
Scattering off atoms inelastic      295
Scattering off atoms semiclassical theory      322
Scattering off atoms spin i particles      281
Schrodinger equation      3
Schrodinger equation approximate solutions      5
Schrodinger equation external electromagnetic fields      150 193
Schrodinger equation one-electron solutions      4
Selection rules      221
Self-consistent field      53
Semiclassical radiation theory      191
Semiclassical scattering theory      322
Semiclassical scattering theory equivalence with Born approximation      327
Shadow scattering      269
Singlet      17
Singlet states      32
Slater determinant      25
Slater sum rule      128
Small components      370 377
Spherical basis      159
Spherical symmetry of atoms      65
Spin      13
Spin flip amplitude      285
Spin in Dirac theory      372
Spin nonflip amplitude      285
Spin orbit interaction      152
Spontaneous emission      204
Stark effect      173
Stark effect polarization of electronic configuration      263
Statistical mechanics      26
Statistical models      84
Statistical models, Thomas — Fermi model      84
Statistical models, Thomas — Fermi — Dirac model      92
Step-down method      107
Sum rules, dipole moment      214
Sum rules, energy loss      303
Sum rules, force squared      217
Sum rules, force times momentum      216
Sum rules, many electrons      218
Sum rules, momentum      215
Sum rules, one electron      211
Sum rules, oscillator strength      214
Sum rules, Slater      128
Sum rules, Thomas — Reiche — Kuhn      214
Symmetric perturbation theory      36
Symmetry      20
Symmetry composite systems      25
Symmetry homonuclear diatomic molecules      187
Symmetry scattering      281
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