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Heitler W. — The Quantum Theory of Radiation
Heitler W. — The Quantum Theory of Radiation

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Название: The Quantum Theory of Radiation

Автор: Heitler W.

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1950

Количество страниц: 430

Добавлена в каталог: 23.09.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$\delta$-function, Dirac's      71
$\delta$-function, relativistic      71 262
$\mathrm{H}_\alpha$ absorption line      117
Aberration      62
Abraham, angular momentum of light      63
Abraham, theory of electron      17 32
Absorption      39 107 115 142
Absorption coefficient      115
Absorption coefficient experiments      119 124 159 216
Absorption coefficient for X-ravs and $\gamma$-rays      123 158 202 213
Absorption coefficient numerical values      215
Achieser, scattering of light by light      193
Action principle      260
Allen, photoelectric absorption      125 159
Anderson and Neddermeyer discovery of the meson      229
Anderson and Neddermeyer, penetrating power of fast electrons      228
Anderson, Millikan, Neddermeyer, and Pickering, positive electrons, showers      177 187
Angular momentum of light      62 258
Annihilation of positive electrons      189 204 230
Annihilation, experiments      209
Annihilation, one-quantum      210
Annihilation, two-quanta      204
Approximations in radiation theory      27 92 240
Arley, cascade theory      234 237
Benedetti, de, experiments on pair production      202
Beth, angular momentum of light      258
Bethe and Fermi, retarded interaction      98
Bethe and Heitler, Bremsstrahlung and pair production      161 170 197 224
Bethe, Bremsstrahlung and annihilation      212 230
Bethe, Bremsstrahlung and penetrating power of particles      218
Bethe, Bremsstrahlung and screening      170 198
Bhabba and Chakrabarty, cascade theory      234 237
Bhabba and Heitler, cascade theory      234
Bhabba and Hulme, annihilation      212
Bhabba pair production by particles      203
Blackett, energy loss of fast electrons, discovery of the meson      228
Blackett, Occhialini, and Chadwick, positive electrons, showers      177 187 201
Bloch, damping      111
Bloch, penetrating power of particles      218
Bloch, scattering of X-rays      137 159
Bohr and Rosenfeld, measurement of field strength      75
Bohr radius      83
Bohr, frequency relation      56 104
Bohr, penetrating power of particles      218
Bohr, uncertainty relation      58 75
Born, and Infeld, non-linear field theory      33 253
Born, and Peng, quantum, electrodynamics      254
Born, theory of collisions, Born approximation      83 98 120 161 197 219
Bose statistics      64
Breadth at half maximum      35 113 116;
Breit, and Wheeler, pair production by light quanta      204
Breit, retarded interaction      98
Bremsstrahlung      161 232
Bremsstrahlung, energy loss      171 220
Bremsstrahlung, in collision of 2 electrons      264
Bremsstrahlung, straggling      224
Brinkmann, multipole radiation      25
Broadening by collisions      36 116 145
Broadening Doppler effect      116
Brunmgs, annihilation      212
Buckingham      see “Hulme”
Burhop      see “Massey”
Canonical commutation relations      59 65 261
Canonical equations for wave amplitudes      42 59
Canonical field variables      261
Carlson and Oppenheimer, cascade theory      234
Cascade showers      see “Showers”
Cascade units      234 238
Casimir, Compton scattering of bound electrons      149 159
Casimir, line breadth      111
Chadwick      see “Blackett”
Chakrabarty      see “Bhabba”
Chao, scattering of $\gamma$-rays      159
Coherence, scattering      133 144
Collisions, Bom's approximation      see “Born”
Collisions, effect on line breadth      36 116 145
Collisions, energy loss by      173 218
Commutation in second quantization      64
Commutation potentials      262
Commutation relations for field strengths      69 262
Commutation, light quanta and phases      66
Commutation, radiation oscillator      60
Compton absorption coefficient      158 214
Compton effect      146
Compton effect of bound electrons      137 159
Compton effect, angular distribution      154
Compton effect, experiments      156 159 216
Compton effect, influence of damping      251
Compton effect, polarization      154
Compton effect, total scattering      157 201
Compton wave-length      147 192
Compton — Sinion experiment      56
Conservation of charge      1
Conservation of charge angular momentum      63 258
Conservation of charge energy      6 90 92 241
Conservation of charge momentum      6 96 242
Continuity equation      1
Continuous spectrum wave functions      83
Continuous spectrum, transitions to      90 241
Continuous X-ray spectrum      165
Conway, angular momentum of light      258
Correspondence principle      58 63 106 110 114 133 142 176
Cosmic rays, penetrating power      174 227;
Coulomb interaction      51 65 98 246 259
Crane and Lauritsen, absorption, coefficient of $\gamma$-rays      216
Crane and Lauritsen, annihilation of positive electrons      208
Creation of pairs      see “Pair production”
Cross-section for annihilation      207 211
Cross-section for annihilation, Bremsstrahlung      164 264
Cross-section for annihilation, Bremsstrahlung, numerical values      17 3
Cross-section for annihilation, Compton scattering      149 251
Cross-section for annihilation, Compton scattering, numerical values      158
Cross-section for annihilation, pair production      196 203
Cross-section for annihilation, pair production, numerical values      200 259
Cross-section for annihilation, photoelectric effect      122
Cross-section for annihilation, photoelectric effect, numerical values      126
Cross-section for annihilation, scattering      37 38 132
Curie and Joliot, positive electrons      201 5
Damping      34 38 110 138;
Damping influence on Compton effect      250 251
Damping, General theory      240
Darwin, angular momentum of light      258
Density function for electron      82 89
Density function for radiation      45 247
Detailed balance, principle of      252
Differential cross-section      see “Cross-section”
Dipole moment      25 106 109
Dipole moment, radiation      25 62 106 127
Dipole radiation, magnetic      62 129
Dirac hole theory      187 245
Dirac matrices      85 150
Dirac perturbation theory      87
Dirac quantum electrodynamics      33 253
Dirac wave equation      84 186
Dirac, annihilation      207
Dirac, theory of emission, dispersion      58 102
dispersion      38 130; Scattering”
Diverging integrals      180 191 245;
Doppler effect      62 115
Double Bremsstrahlung      181
Double Bremsstrahlung scattering      178
du Mond, scattering of X-rays      137
Dual nature of light      57 63
Eigenwaves of the radiation field      41 62
Einstein, energy and momentum of particle      14
Einstein, induced emission      105
Einstein, thermal equilibrium      105 107
Electronic radius      32 93
Elimination of intermediate states      241
Elimination of longitudinal field      49 65 259
Ellis and Mott, internal conversion      127
emission      26 54 104
Energy balance      5 27 31;
Energy balance of electromagnetic field      5 13 32 43 53 60 261
Energy balance, flow      7 13
Energy loss of fast particles, by Bremsstrahlung      171 220
Energy loss of fast particles, by collisions      see “Collisions”
Energy loss of fast particles, experiments      218 227
Energy loss of fast particles, numerical values      221
Energy, states of negative energy      see “Negative”
Energy-momentum vector      14 18 45 102
Epstein, angular momentum of light      258
Equivalent quanta of fast particle      263 264
Euler, scattering of light by light      193
Excess scattering of $\gamma$-rays      159 203 209 230
Fermi      see “Bethe”
Fermi and Uhlenbeck, one-quantum, annihilation      212
Fermi, Coulomb interaction      51 65
Field of moving point-charge      21
Fisk and Taylor, internal conversion      127
Flow of energy      see “Energy”
Flow of momentum      7 13
Fluctuations of field-strengths      67 72 183
Fnedrich and Goldhaber, angular distribution of Compton scattering      156
Fock, quantum electrodynamics      58
Four-tensor      see “Tension tensor”
Four-tensor of field strength      11
Four-vector of charge current      10
Four-vector of Lorentz force      12
Four-vector of potentials      10
Four-velocity      15 45
Fourier expansion of field      41 59
Fowler      see “Hulme”
Franz, Compton effect of bound electrons      159
Free electron, wave function      82 85
Gauge invariance      3 259
Gauge transformation      3 259
Gaunt, continuous X-ray spectrum      162
Goldhaber      see “Friedrich”
Gordon      see “Klein”
Gray and Tarrant, excess scattering      203 209
Gray, photoelectric absorption      126
H-function      262
Hall, photoelectric effect      126
Halpern, scattering of light by light      193
Hamilton and Peng principle of detailed balance      252
Hamilton and Peng scattering of light by protons      217
Hamiltonian of a particle      45
Hamiltonian of the field      42 50 53 60 65 261
Hamiltonian of the interaction of light with a particle      53 91 260
Harvey      see “Jauncy”
Heisenberg and Kramers, dispersion      133
Heisenberg and Pauli, quantum electrodynamics      58
Heisenberg incoherent scattering      137
Heisenberg positive electron      191
Heisenberg uncertainty relation      57 75
Heiting, excess scattering      203
Heitler and Bethe      see “Bethe”
Heitler and Bhabha      see “Bhabha”
Heitler and Nordheim multiple processes      178
Heitler and Nordheim pair production by particles      203
Heitler and Nordheim retarded interaction      98
Heitler and Peng, divergence-free theory of damping      241 249
Heitler and Sauter, Bremsstrahlung, pair production      161 197
Heitler angular momentum of light      258
Heitler, coherence in electronic collisions      146
Hertzian vector      23 109
Hewlett, scattering of X-rays      159
Higher approximations in radiation theory      93 102 177 194 240
Hoffmann, bursts      232 236
Hole theory      187 245
Honl, scattering of X-rays      137
Hulme and Bhabha      see “Bhabha”
Hulme and Jaeger, internal conversion with pair production      127 204
Hulme and Jaeger, pair production, annihilation      212
Hulme, internal conversion      127
Hulme, McDougall, Buckingham, and Fowler, photoelectric effect      126
Hulme, retarded interaction      98
Hupfeld      see “Meitner”
Impact parameter, Bremsstrahlung      168 263
Induced emission      39 105 108
Infield      see “Born”
Interaction of a positive and negative electron      198
Interaction of light with electrons in negative energy states      187 193
Interaction of light with particles      46 53 91 182 241
Interaction of two particles      51 65 98
Intermediate states      89 241
Intermediate states in the hole theory      190
Internal conversion      127
Internal conversion with creation of positive electrons      204
Invariance      see “Lorentz and Gauge invariance”
Jaeger      see “Hulme”
Jauncy and Harvey, scattering of X-rays      156
Joliot and Curie      see “Curie”
Joliot, annihilation      208
Jordan and Pauh, commutation relations of field strengths      72
Jordan and Pauh, quantum electrodynamics      58
K-electron, wave function      83 121 192
Kinetic momentum      15 45
Kirchhoffs law      115
Kirkpatrick      see “Ross”
Klein — Gordon equation      159
Klein — Nishuia formula      154 251
Klein, radiation theory and correspondence principle      58
Klemperer, annihilation      208
Kramers      see “Heisenberg”
Krishnan      see “Raman”
Kuhn and London, line breadth      116
Lagrangian of the electromagnetic field      260
Landau and Lifshitz and Peierls, light quanta and configuration space      58
Landau and Lifshitz and Rumer, cascade theory      234
Landau and Lifshitz, pair production by particles      203
Landsberg and Mandelstamm, Raman effect      133
Lauritsen      see “Crane”
Lauritsen and Read, scattering of X-rays      159
Lifetime      34 112 139
Light quanta      57 61 64 66
Line breadth, collisions      36 116 145
Line breadth, Doppler effect      115
Line breadth, experiments      117 119
Line breadth, natural      34 110 114 141
London      see “Kuhn”
Longitudinal waves      48 53 65 259
Lorentz force      1 12 45
Lorentz force of light waves and light quanta      18 61
Lorentz force, broadening by collisions      see “Collisions”
Lorentz force, invariance of field equations      1 246
Lorentz force, reaction of the field      29 250
Lorentz force, relation      3 10 47 65 259
Lorentz force, transformations      8
Mandelstamm      see “Landsberg”
Massey      see “Mott”
Massey and Burhop, annihilation      212
Matrix elements for interaction of radiation with particles      94 241
Matrix elements for interaction of two particles      99
Matrix elements for radiation oscillators      59
Matrix elements for round-about transitions      244
Matrix elements, computation of, in radiation problems      150 180
Maxwell tension tensor      7 13
Mayer — Goppert, multiple processes      177
McDougall      see “Hulme”
McMillan, absorption coefficient of $\gamma$-rays      216
Measurement of field strengths      75
Measurement of the position of an electron      57 68
Meitner and Hupfeld, excess scattering      159 203
Meson      181 217 229
Millikan      see “Anderson”
Minkowski, line breadth      117
Moller, penetrating power of particles      218
Moller, retarded interaction      98
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