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Ohanian H.C. — Classical Electrodynamics
Ohanian H.C. — Classical Electrodynamics



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Название: Classical Electrodynamics

Автор: Ohanian H.C.

Аннотация:

It is suitable as a reference for practicing physicists and engineers and it provides a basis for further study in classical and quantum electrodynamics, telecommunications, radiation, antennas, astrophysics, etc. The book can be used in standard courses in electrodynamics, electromagnetic theory, and lasers.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: Second edition

Год издания: 1988

Количество страниц: 566

Добавлена в каталог: 18.10.2010

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Morley, E. W      158
Motion in crossed fields      278
Motion in magnetic field      276 318
Motion in magnetic field of Earth      276
Motion of dipole      334
Motion of monopole      297
Motion, equation of      243
Motional EMF      309
Moving charge, magnetic field of      256
Mu mesons      179
Multipole expansion, for potential      95 98
Multipole expansion, for radiation      445 446
Murray, J.      160
Mutual inductance      310
Mutual potential energy      132
Near fields      423
Neumann boundary condition      71 260
Neumann formula      312
Neutral region      173
Neutron stars      290
Neutron, charge distribution      41
Neutron, magnetic moment      338
Neutron, stability      33
Newtonian physics      155 203 204
Newtonian principle of relativity      156
Newtonian spacetime      153 169
Newton’s First Law      155
Newton’s Second Law      204
Newton’s theorem      64
Newton’s third law      204 257 282
Nonlinear dielectric      46
Nonlinear optics      46
Normal dispersion      384
Nuclear magnetic resonance      358
Nucleus electric energy      136
Nucleus fission      136
Nucleus, radiation by      445 451 453 459
Numerical solution of Laplace equation      61
Obliquity factor      501
Octopole radiation      446 457
Of straight edge      516
Ohm      258 259 528
Ohm’s Law      258 259 262 263
Ohm’s law, for moving conductor      309
Operator      14 216
Operator, differential      16
Operator, d’Alembertian      217
Operator, wave      217
Optic fiber      481
Optical theorem      495
Optics, nonlinear      46
Ordinary differential equation      79
Orthogonal matrix      8
Parallel plates, force on      142 143
Parallel-plate capacitor      146
Paramagnet      333 341 346
Partial differential equation      79
Particle equation of motion      243 275 276
Penetration distance      396 399
Permanent dipole moment      105
Permittivity      346
Phase angle for LCR circuit      317
phase velocity      379 381
Phase velocity, waveguide      478
Photon, emission of      211 450
Photon, energy and momentum      372
Photon, mass      44
Photon, spin      376
Pi mesons      176
Piccard, A.      161
Pioneer      10 43
Plane of polarization      365
Plane wave      362 363 496
Plane wave, in material medium      379
Plane wave, polarization of      365
plasma      257 309
Plasma, and wave propagation      400
Plasma, conductivity      400
Plasma, confinement      321
Plasma, frequency      401
Plasma, oscillations      263
Plates, force on parallel      142 143
Plum-pudding model      65
Point charge, electric field      44
Point charge, field lines      45
Point charge, Li$\acute{e}$nard - Wiechert potential      418
Point charge, near fields      423
Point charge, potential      52
Point charge, power radiated      425 428
Point charge, radiation fields      420 422
Point charge, radiation fields, nonrelativistic      424
Point charge, radiation fields, relativistic      426
Point charge, radiation pattern      425 427 428
Point charge, retarded potential      418
Point charge, self-energy      137
Point charge, synchrotron radiation      429
Poisson’s equation      55 71
Poisson’s equation, magnetic      349
Poisson’s spot      517
Polarizability, molecular      126 127
Polarization of bound charge      106
Polarization of bound charge, charge density      108 109 111 121 377
Polarization of bound charge, current      377
Polarization of bound charge, gas molecules      121 122 123
Polarization of bound charge, macroscopic      110
Polarization of bound charge, surface charge density      108 119
Polarization of wave      365
Polarization of wave, basis vectors      364
Polarization of wave, by reflection      394
Polarization of wave, circular      366
Polarization of wave, degree of      408
Polarization of wave, elliptical      405
Polarization of wave, in sunlight      394
Polarization of wave, linear      365
Polarization of wave, plane of      365
Polarization of wave, pole-and-barn paradox      196
Position four-vector      197
Position four-vector, contravariant and covariant      199
Position four-vector, timelike, spacelike, lightlike      200
Position vector      2
Potential      (see also electrostatic potential)
potential energy      132 133 138
Potential energy, average      140
Potential energy, in capacitor      146 149
Potential energy, in dielectric      140
Potential energy, mutual      132
Potential energy, of charged body in field      144
potential flow      260
Potential four-vector      227 229
Potential four-vector, field equation      230
Potential four-vector, retarded      413 439
Potential four-vector, retarded of point charge      418
Potential four-vector, retarded, in material medium      432
Potential, advanced      413
Potential, coefficients of      148
Potential, Contact      72
Potential, electrostatic      52
Potential, extremum in      55
Potential, magnetic      271
Potential, of charge distribution      53
Potential, units      54 528
Pound, R. V.      182 184
Power radiated by antenna      445
Power radiated by dipole      448 452
Power radiated by point charge      425 428
Power radiated by quadrupole      455 456 459
Poynting vector      247 250 371
Poynting vector, for antenna      444
Poynting vector, for dipole radiation      447
Poynting vector, in material medium      380
Precession of spin      340
Pressure of light      372
Principle of relativity      157 158 220 229 230
Product of vectors      4
Proton, charge      40
Proton, charge distribution      41
Proton, magnetic moment      338
Proton, spin      453
Pure dipole, electric      99
Pure dipole, magnetic      273
Pure Lorentz transformation      199
Pure quadrupole      101
Quadrupole, linear      101
Quadrupole, moment      97 98 111 454
Quadrupole, power radiated by      455 459
Quadrupole, pure      101
Quadrupole, radiation      453
Quadrupole, radiation frequency      457
Quadrupole, radiation pattern      455 458
Quadrupole, radiator      456
Quadrupole-moment tensor      98 101 455
quantization of angular momentum      289
Quantization of charge      40 287 289 298
quantum mechanics      450
Quantum physics      56
Quasar      190
Radiation field, assumptions      441 446
Radiation field, of point charge      420 423
Radiation field, of system of charges      439 445
Radiation, by accelerated charge      411
Radiation, by atom      56 445 450 453 459
Radiation, by dipole      447 448
Radiation, by half-wave antenna      444
Radiation, by magnetic dipole      451 452
Radiation, by nucleus      445 451 453 459
Radiation, by point charge      425 427 428
Radiation, by quadrupole      453 455 458
Radiation, by system of charges      438
Radiation, Cherenkov      432
Radiation, coherent      496
Radiation, multipole expansion for      445 446
Radiation, reaction      495
Radiation, relativistic beaming of      426 427 429 430
Radiation, synchrotron      429
Radius of orbit in magnetic field      277
Rail gun      329
Rainbow      406
Rainbow, white      522
Raising of tensor index      202
Range of electric force      43
Range of Yukawa potential      41
Rayleigh’s criterion      521
Rayleigh’s law      492
Reaction threshold      215 216
Rebka, G. A.      182 184
Reciprocation theorem      147
Rectangle diffraction pattern      508
Rectangular aperture, Fraunhofer diffraction      505 506
Rectangular aperture, Fresnel diffraction      513
Rectangular coordinates      17
Rectangular resonant cavity      468
Rectangular resonant cavity, TE mode      470
Rectangular resonant cavity, TM mode      471
Rectangular waveguide, modes      476-481
Reference frame      154
Reference frame, C. M      213
Reference frame, center-of-momentum      213
Reference frame, inertial      155 158
Reference frame, transformations of      156
Reflected wave      387
Reflection of particles in magnetic field      320
Reflection of wave      389
Reflection of wave, internal      394
Reflection of wave, polarization by      394
Reflection of wave, total internal      394
Refracted wave      387
Refraction      386
Refraction, index of      381
Refraction, Snell’s law      386 389
Relativistic beaming of radiation      426
Relativistic Doppler shift      370
Relativistic electrodynamics      227
Relativistic electrodynamics, field equation      230
Relativistic energy      207
Relativistic energy, experimental tests      208
Relativistic equation of motion      243
Relativistic field equation      230 232
Relativistic kinetic energy      208
Relativistic momentum      206 243
Relativistic momentum, experimental tests      208
Relativistic rest frame      213
Relativistic spacetime      169
Relativistic velocity combination      176
Relativistic wave equation      230
Relativity, general      203
Relativity, of length      186 187
Relativity, of simultaneity      173 204
Relativity, of time      173 178 179
Relativity, principle of      156 157 158 220 229 230
Relativity, theory      153
Relaxation method for Laplace equation      62
Relaxation time      263
Relaxation time, of conductor      402
Relaxation, of electromagnetic fields      402
Resistance      259
Resistance, units      259 528
resistivity      258
Resistivity, measurement by magnetic diffusion      409
Resistivity, units      258 528
Resonance in LCR circuit      317
Resonant cavity      160 463
Resonant cavity, cylindrical      466
Resonant cavity, eigenfrequency      463 471 472
Resonant cavity, modes      469-472
Resonant cavity, rectangular      469-472
Resonant frequency for LCR circuit      317
Rest frame      213
Rest mass, zero      212
Rest-mass energy      208 214
Retarded four-potential      413
Retarded four-potential, in material medium      432
Retarded four-potential, of point charge      418
Retarded time      413
Retarded time, derivative of      421
Right-hand rule, for induction      301
Right-hand rule, for magnetic field      256
Right-hand rule, for magnetic moment      275
Right-handed polarization      366
Rigid body      175
Ring, magnetic field of      269 272
Ring-down time for resonant cavity      474
Rocket equation      224
Rodrigues formula      90
Rossi, B.      179 184
Rotation matrix      5 8
Rotation of axes      5
Row vector      2
Row-by-column multiplication      7
scalar      10
Scalar field      12 217
Scalar potential      271
Scalar potential, of magnetic dipole      275
Scalar potential, of ring      272
Scalar product      4
Scattered wave      496
Scattering      488
Scattering, amplitude      494
Scattering, boundary-value problem      488
Scattering, coherent      492
Scattering, cross section      490
1 2 3 4 5
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