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Barut A.O. — Electrodynamics and Classical Theory of Fields and Particles
Barut A.O. — Electrodynamics and Classical Theory of Fields and Particles

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Название: Electrodynamics and Classical Theory of Fields and Particles

Автор: Barut A.O.

Аннотация:

Striking, original exposition of classical underpinnings of modern quantum field theory. Space-time, Lorentz transformations, etc. The first comprehensive treatment of relativistic electrodynamics, and still essential reading in the field, deftly revealing the classical underpinnings of modern quantum field theory. Among the topics: space-time, Lorentz transformations, conservation laws, equations of motion, Green's functions and action-at-a-distance electrodynamics.


Язык: en

Рубрика: Физика/Электромагнетизм/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1980

Количество страниц: 220

Добавлена в каталог: 22.07.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Aberration      20
Absorber theory      214
Acceleration four vector      48
Action at-a-distance electrodynamics      213
Action principle for a particle      60
Action principle for fields      99
Action principle for fields and particles      14
Action principle of Fokker — Schwarzschild — Tetrode      213
Action principle with self-energy      215
Addition (relativistic) of velocities      18
Advanced Green's functions      155
Aharoni, J.      45
Ampere's law      89
Analysis      38
Angular distribution of radiation      203
Angular momentum, total      110
Appearance of moving objects      41
Bade, W.J.      45
Baker, B.B.      221
Bargmann V.      75
Barut, A.O.      122
Basis      11
Basis, orthogonal      11 83
Bateman, H.      129 159
Becker, R.      130
Belinfante, F.      114
Bergmann, P.G.      45
Bland, G.F.      4
Blass, G.A.      41
Bogoliubov, N.N.      130
Bopp, F.      131
Born, M.      211
Bremsstrahlung      205
Canonical equations for a particle      68
Canonical equations for fields      119
Canonical equations, first order      179
Canonical transformations      72
Cartan, E.      26
Cauchy problem      160
Causality requirement      8
Cederholm, J.P.      4
Center of mass frame      59 80
Cerenkov radiation      208
Chang, T.S.      131
Charge      88 112 202
Charge density      89
Churchill, R.V.      221
Classical radius of the electron      199 205
Clock "paradox"      41
Coish, H.R.      164
Complex conjugate of a matrix      12
Complex orthogonal group      43
Compton effect      205
Conformal invariance      129
Conservation laws      105 163
Conservation laws for colliding particles      59
Conservation laws in differential form      112
Conservation laws in integral form      105
Conserved quantities, explicit form of      116 117
Constants of motion      64 105
Contours of integration      152
Coordinate transformations      108
Copson, E.T.      221
Corson, E.M.      45
Coulomb field      167 168
Coulomb gauge      95
Courant, R.      87 221
Covariance      35
Covariant description of spin      44
Covering group      43
Cunningham, E.      129
Curl      38
Current      89 90 91 92
Current density four vector      94 139
Currents, external      135
D'Alembert's equation      95 149 161
Damped harmonic oscillator      209
de Broglie, L.      53
Delta function      139 154 156
dielectric constant      91
Dirac, P.A.M.      187 212
Doppler effect      20
Durbin, R.P.      22
Dynamics (relativistic)      47
Einstein, A.      52
electric field      88
Electric moments      73
Electrodynamics of Lorentz      92
Electromagnetic fields      54 88 118 177
Electromagnetic fields, constant      80 127
Electromagnetic fields, transverse and longitudinal components of      177
Electromagnetic mass      199
Electron-Photon scattering      204
Eliezer, C.J.      212
Energy balance      184
Energy density      118
Energy momentum tensor      107 109 111 128 163 201
Energy momentum tensor, canonical unsymmetric      113
Energy momentum tensor, symmetric      111
Equation of continuity      89 92 136
Equation of motion for a particle      68
Equation of motion for spin      75
Equation of motion with radiation reaction      185 195
Equation of motion, integro-differential      198
Erber, T.      212
Euler — Lagrange equations for a particle      62
Euler — Lagrange equations for fields      87 100
Exponential matrix      32
Faraday's law      89 127
Fermi coordinates      83
Feshbach, H.      221
Feynman, R.      212 214
Field equations      100
Field equations, canonical form of      119
Field tensor      168
Fields, Dirac      102
Fields, electromagnetic      54 88 102
Fields, scalar      102
Fitzgerald Contraction      21
Fock, V.      41 45
Foldy, L.I.      45
Force density      137
Four vector      6 7
Four vector, contravariant      7
Four vector, covariant      7
Four vector, time-like, light-like, space-like      8
Fourier decomposition      174 210
Frenkel, J.      83 214
Friedman, B.      221
Fronsdal, C.      131
Fulton, t.      212
Galilean transformations      4
Gauge Fields      146 163
Gauge transformations      94
Gauge transformations of the first kind      142
Gauge transformations of the second kind      143
Gauge, Coulomb      95
Gauge, Lorentz      95
Gauge, radiation      95 177
Gauss' theorem      39 40 90
Generalized momenta      63
Generators of invariant transformations      64
Generators of variations      106
Goldstein, H.      24 107
Graeub, W.      10
Gravitational fields      55
Green's functions      148
Green's functions for Dirac field      164
Green's functions for scalar field      158
Green's functions, advanced      155
Green's functions, other invariant      157
Green's functions, retarded      153
Haag, R.      212
Hadamard, J.      211
Halbwachs, F.      83
Hamilton — Jacobi theory      73 82
Hamilton's equation for spin      76
Hamilton's equation, covariant form      120
Hamilton's principle (covariant)      60
Hamiltonian      65 122
Hamiltonian density      120
Havas, P.      104 214
Havens, L.      4
Havens, W.W.      22
Heitler, W.      212
Hermitian conjugate      12
Hess, S.      131
Hilbert, D.      87 221
Hypercharge      148
Inertial frame of reference      3
Infeld, L.      66
Integro-Differential equation of motion      198
Interacting fields and particles      186
Interactions between fields      142
Interactions of fields with a particle      138
Interactions of fields with external currents      135
Internal space      147
Invariance      35
Invariants of the electromagnetic field      95 171
Isotopic spin space      147
IVANENKO, D.      130
Ives, H.E.      6
Jackson, J.D.      130
Jehle, H.      45
Jost, R.      34 45
Kahana, S.      164
Kallman, G.      83
Kennedy — Thorndike experiment      6
Kennedy, R.J.      6
Kepler problem      80
Klein — Gordon equation      101 211
Klein — Nishina formula      205
Kronecker product      28
Lagrange multipliers      65
Lagrangian form of equations of motion for a field      99
Lagrangian form of equations of motion for a particle      60
Lagrangian, containing a subsidiary condition      122
Lagrangian, density      87
Lagrangian, involving higher order derivatives      122
Lagrangian, not invariant under translations      115
Landau, L.      80 130
Lewis, G.W.      214
Lichnerowitz, A.      45
Lienard — Wiechert potential      127 165 167 203
Lifshitz, E.      80 130
Light cone      8
Lighthill, H.J.      221
Linear chain      86 121
Little group      44
Loar, H.H.      22
Lorentz electron      193
Lorentz force      54 55 62 63 88
Lorentz group      23
Lorentz group, complex      34
Lorentz group, full homogeneous      22
Lorentz group, gauge dependent representations of      179
Lorentz group, infinitesimal generators of      32
Lorentz group, inhomogeneous      22
Lorentz group, orthochronous      23
Lorentz group, representations of      22
Lorentz group, restricted      23
Lorentz space      6 8
Lorentz space, complex      11
Lorentz transformations      3
Lorentz transformations into a moving frame      17
Lorentz transformations, antichronous      13
Lorentz transformations, decomposition of      14 18
Lorentz transformations, Eigenvalues of      14 41
Lorentz transformations, homogeneous and inhomogeneous      6 13
Lorentz transformations, infinitesimal      17
Lorentz transformations, linearity of      5
Lorentz transformations, orthochronous      13
Lorentz transformations, proper and improper      12
Lorentz transformations, the physical basis of      3
Lorentz, H.A.      193 221
Low, F.E.      212
Macfarlane, a.j.      45
Magnetic field      88
magnetic moment      73
Magnetic permeability      91
Magnus, W.      221
Mason, M.      130
Mass renormalization      190 219
Matter wave      53
Maxwell field      102 103
Maxwell — Lorentz equations      93
Maxwell's equations      90 94 136
Maxwell's equations in material media      96 127
Maxwell's equations in spinor form      97
Mazur, P.      127
Michel, L.      15 75
Michelson — Morley experiment      4
Micro causality      198
Microscopic equations of electrodynamics      92
Mills, R.L.      164
Minkowski equation      50 54 62
Minkowski force      54
Moller, C.      45
Momentum density      118
Momentum four vector      48
Morse, P.M.      221
Moses, M.E.      131
Mullen, G.      122
Multipole radiation      207
Neutrino      53 80
Nijboer, B.R.A.      127
Noether, E.      130
Nucleon number      148
null fields      170 172
Oberhettinger, F.      221
Ohm's law      92
Orthogonal group      4 24 43
Panofsky, W.K.H.      130
Papapetrou, A.      45
Parity      16 23
Particles with zero rest mass      51
Pauli matrices      24 25 43
Pauli, W.      3 45 130
Penrose, R.      22
Peres, A.      84
Phillips, H.      130
Photon      51
Plane reflection or symmetry      14
Plass, G.H.      199 210 212
Poisson bracket      72
Polar decomposition      44
Polarization of photons      173
Polarization P.      90
Polarization, covariant description of      44
Poynting vector      118 170
Principle of relativity      35
Proca, A.      81 84
Proper time formalism      47 48
Quam, P.M.      83
Quantum electrodynamics      191
Quantum theory      53 210
Radiation      165
Radiation field      169 170
Radiation field, canonical formalism      177
Radiation field, energy momentum of the      175
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