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| Ïîèñê ïî óêàçàòåëÿì |
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| Konopinski E.J. — Electromagnetic fields and relativistic particles |
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| Ïðåäìåòíûé óêàçàòåëü |
Electromagnetic field, relativistic tensor for 381
Electromagnetic waves 26 see Radiation Spherical
Electromagnetic waves in conductors 581—584
Electromagnetic waves in dielectrics 559
Electromagnetic waves in free space 180—183
Electromagnetic waves in waveguides 194—199
Electromagnetic waves, potential description of 185—186
electromotive force (EMF) 23
Electron radius 294 430—431 see
Electron spin 402—404 547—548
Electrostatic field 3 8—9 29—34
Electrostatic field between conductors 491—493
Electrostatic field in dielectrics 522—524
Electrostatic field, discontinuity at charged surfaces 30 38 442 528 see Laplace
Electrostatic lens 147
Electrostatic potential 27 31—34 54—61
Electrostatic potential in dielectrics 522—524
Electrostatic potential on and between conductors 491 —493
Electrostatic potential, discontinuity at dipole layers 39 52 518
Electrostatic shielding 499
Elliptic polarization 187 205 225
Energy (mechanical) 123 407 411—412 463 see Interaction Radiation of
Energy (mechanical) in atoms 143 146
Energy (mechanical) of CM motion 346—347 350 361
Energy (mechanical), mass equivalent 342—346
Energy (mechanical), relativistic 342—346 413 446
Energy flux see Poynting vector
Energy losses in conducting media 156 582 585 591—592
Energy losses in resonant cavities 202—203
Energy losses in wave guides 597—598
Energy losses to radiation 437—440 452 455—459 463 570—571 596
Energy losses to resistance 23 112 156 582
Energy-momentum 4-vector 342—343
Energy-momentum 4-vector, canonical 407 413—414
Energy-momentum 4-vector, composite 345—346
Equations of motion for electron spins 402—404
Equations of motion for polarizations 572 602
Equations of motion with radiative reactions 441—442 445 447—450 462
Equations of motion, canonical 123 409 412 415
Equations of motion, Lagrangian 408 414
Equations of motion, Newtonian 122—126 136 143 145 292 600
Equations of motion, relativisitic 393—396 398 400 409
Exotic atoms 460—461
Faraday Cage 499
Faraday induction 22—24 28 112 171 402 545
Faraday induction in moving circuit 108—109 111—113
Faraday induction in rotating loop 28 109
Faraday induction in translated loop 28 109
Ferroelectrics 548
ferromagnetism 541 546—548
Field angular momentum 3 168
Field angular momentum in multipole fields 260—262
Field angular momentum of charge and magnetic monople 179
Field angular momentum, conservation 169 391 428 458 460
Field angular momentum, flux tensor 169
Field angular momentum, radiation of 226 235 271 460
Field energy 2—4 154 see Radiation
Field energy density 48 116 154
Field energy flux see Poynting vector
Field energy in capacitors 538
Field energy in conductors 582
Field energy in dielectrics 536 560
Field energy in plane wave 186 560
Field energy in resonant cavities 201—202
Field energy of free field (isolated) 185 260
Field energy of inductive circuits 114—115 121 608
Field energy, conservation of 155 185 389—390 424
Field energy, electrostatic 41 47—48
Field energy, magnetostatic 110—117 556
Field energy, mass equivalent 117 430—431
Field energy, self- 4 42 121 429—436
Field energy, time-averaged 177 560
Field energy-momentum 388—391 424 434—435
Field momentum 2—4 123 157 392 432—435
Field momentum as measured by vector potential 158—160
Field momentum flux 160—162
Field momentum in plane wave 187
Field momentum, conservation 157 162 388—390
Field momentum, density 157
Field momentum, radiated 321 440 444—445
Field tensor 381
Field-line representations 9—12 164 471—472 474
Fields 1 8 469 see Magnetic Radiation
Fields, advanced 210—211 443
Fields, attached 3 287 315—321 see
Fields, retarded 210—211
Fission 53 374
Flux 473 see Magnetic
Flux of angular momentum 169
Flux of current (I) 18
Flux of energy see Poynting vector
Flux of momentum 160—162
Flux, electric 10—11 25—26
Flux, time-averaged 178 560
force see also Interaction energy Lorentz Minkowski
Force and the law of reactions 103—105
Force between charge and conductor 500—503
Force between charged spheres 27
Force between currents 103—105 119
Force between magnet and permeable material 556
Force between magnetic poles 16
Force density 106
Force density, 4-vector 387
Force in a dielectric 527 536—537 539—540
Force invariance to galilean transformations 107
Force on a current 102 119
Force on a magnetic monopole 179
Force on conductors 500—503
Force on magnetic bodies 556
Force transmission see Stress vector
Force, centrifugal 125 145
Force, Coriolis 145
Four-velocity 394n 395
Fourier integrals (transforms) 68—71 384
Fourier series 67—68
Fourier transform equations 176— 177
Fourier — Bessel series 512—514
Free (isolated) fields 1—3
Free (isolated) fields, plane wave constituents 182 384—385
Free (isolated) fields, potential description of 185—186 384—385
Free (isolated) fields, properties of 154 157 185 259—262
Free (isolated) fields, spherical wave constituents 243 255 260 273
frequency 175
Frequency distributions see Spectra
Frequency emitted in multipole radiations 279
Frequency shift see Doppler shift Recoils
Fresnel formulas 564—565 589
g-factor 98 404
Galilean invariance of force 107
Galilean invariance of relative velocity 351
Galilean relativity 107 324—325
Galilean transformation of coordinates 326
Galilean transformation of fields 107—108 116—117 119 127n 320—321 382
Gauge 174
Gauge invariance 172—173 379 478
Gauge invariance and charge conservation 428
Gauge invariance, interpretation of 174
Gauge of scalar potential 31 33—34 49—50 478
Gauge of vector potential 87 174 477 485
Gauge, Lorentz 172—174
Gauge, solenoidal (transverse, Coulomb) 172n 179 185 264 301
Gauss law 9—12
Gauss law and the residue theorem 520
Gauss law in application 27—28 317 496—497
Gauss theorem 473
Gradient 469—472
Gradient drift 150—151
Gradient, 4-vector 377
Gradient, curlessness of 478
Gradient, representations of 470 486
| Gradient, resolution of 489
Gradient, space-time 377
Green theorems 55—58 481—482
Green’s function see Propagator (Green’s function)
Group velocity 576—577
gyromagnetic ratio 98
Half-width 203 465
Hall effect 128
Hamiltonian 412
Hamiltonian as 4-vector component 413
Hamiltonian for particle in field 413
Hamiltonian, relativistic 415
Hamilton’s principle see Variation principle
Hankel functions 511
Hankel functions of imaginary argument 515
Hankel functions, spherical 238—241 278
Helicity 78 191 see of circular
Helicity of photons 278
Helmholtz equation 177 181 237
Hemispheres at different potentials 83
Hemispheres of charge 83—84
Huyghens’ wavelets 214 237 243 262 284n
Hysteresis 546—548
Images in conductors 494—498 503—505 517—518
Images in dielectrics 530—531 535
Images in parallel plates 503—504
Images of currents 555—556
Images of dipoles 505
Impact parameter 312
Impedance 608
Index of refraction 559 564
Index of refraction as function of frequency 570 573 576—577 605—606
Index of refraction, complex 583 587 605
Inductance, mutual 112 115 120
Inductance, self- 114—115 121
Induction, Maxwell 24—26 28 319—320
Infinitesimal generators of rotations 246 248
Infinitesimal generators of translations 245—246
Inhomogeneous plane wave 587
Intensity of radiation 218
Intensity of radiation in abeam 322
Intensity of radiation, spectral 299
interaction energy see also Field energy Potential
Interaction energy between currents 114—115
Interaction energy defining the scalar potential 49
Interaction energy dipole-dipole 46 149
Interaction energy of charge(s) 40—42
Interaction energy of charge(s) with dipole and quadrupole 46
Interaction energy of charge(s) with potential 42 49 123 133 419
Interaction energy of current with potential 133
Interaction energy of dielectric and field 539
Interaction energy of electric dipole  45—46
Interaction energy of interfering fields 48—49 160
Interaction energy of magnetic dipole (-\mu\bulletB) 130—131 146 402
Interaction energy of quadrupole 44
Interaction energy spin-orbit 402
Interference of fields 48—49 160 453
Interference ofradiations 215 221 270
Invariance see Adiabatic invariance Galilean Gauge Relativistic
Ionosphere, propagation in 609
Ionosphere, reflections from 606
Joule heating 23
Kinematics, relativistic 339
Kirchhofflaw 89
Lagrange equation 408
Lagrange equation for field 419
Lagrange equation, relativistic 414
Lagrangian of field 419 421
Lagrangian of particle in field 410 415
Laplace equation 54 84 480
Laplace fields 54 507 see Orthogonal
Laplacian (operator) 480
Laplacian (operator), representations of 481 487
Larmor frequency 141 229—231
Larmor precession 140—141
Larmor precession in Zeeman effect 143—145
Larmor radiation formula 291
Larmor radiation formula as dipole approximation 291
Larmor radiation formula, relativistic 437
Latitude effect on cosmic rays 151
Legendre equation 72
Legendre polynomials 72—73 83 see
Lenz law 24 111
Lienard — Wiechert potential 285 301
Line broadening 310 366—367 462 465—466
Line of charge 30 33 508 516 538
Line of charge as pole in complex plane 519—520
Line of charge, images of 503
Line of dipoles 52 508—509 520
Local field in dielectric 525 573
Longitudinal potential 186 263 266
Lorentz boost 378 380 382 401—402
Lorentz condition 172 379
Lorentz contraction 319 332—333 373 378
Lorentz force 106
Lorentz force as defining fields 106—107
Lorentz force in equations of motion 122 394—395
Lorentz force in Faraday induction 108
Lorentz gauge 172— 174 379—380
Lorentz invariance see Relativistic invariance
Lorentz line shape 203—204 465
Lorentz potential 172
Lorentz potential, 4-vector 379
Lorentz transformation of coordinates 330—331 372
Lorentz transformation of fields 382
Lorentz transformation of potentials 401
Lorentz — Dirac equation 443—446
Maclaurin series 519
Maclaurin series as a multipole expansion 520
Magnet (permanent) 552—554
Magnet, force on, in external field 556
Magnetic bottle 28 120 135—136
Magnetic dipole field of moving 401—402
Magnetic dipole field, nonstatic 228
Magnetic dipole field, static 88—89 94—97 100—103
Magnetic dipole moment 94—97
Magnetic dipole moment of electron 402
Magnetic dipole moment of orbiting charge 125 146—
Magnetic dipole moment of spinning spheres 94 117
Magnetic dipole moment, adiabatic invariance 137 149
Magnetic dipole moment, distribution of 119 541—542
Magnetic dipole moment, force on 130—131
Magnetic dipole moment, induced 125 545
Magnetic dipole moment, interaction energy of 130—131 134—135 146—147 402
Magnetic dipole moment, radiating 229 268
Magnetic dipole moment, torque on 140—141 170
Magnetic field 16 102 106 see
Magnetic field of moving charge 93 118 287—288 319—320
Magnetic field, galilean transformation of 107—108
Magnetic field, potential description of 87 90 171
Magnetic field, relativistic transformation of 382
Magnetic flux 22
Magnetic flux and field energy 113—115 121
Magnetic flux and inductance 111—115 120—121
Magnetic flux and vector potential 111—113 120 159
Magnetic induction 543
Magnetic mirror 135—138
magnetic moment see Magnetic dipole moment
Magnetic monopole 18n 178—179
Magnetic permeability 545
Magnetic pole 15—16
Magnetic pole, distribution of 543
Magnetic pole, force on 103 556
Magnetic pressure 164 167—168
Magnetic scalar potential 95 99 269 549 552
Magnetic shielding 551
magnetic susceptibility 546
magnetization 541 545
Magnetization, curl as current 542 552 554
Magnetization, divergence as pole distribution 543 552—553
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