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Jackson J.D. — Classical electrodynamics
Jackson J.D. — Classical electrodynamics



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Название: Classical electrodynamics

Автор: Jackson J.D.

Аннотация:

A revision of the defining book covering the physics and classical mathematics necessary to understand electromagnetic fields in materials and at surfaces and interfaces. The third edition has been revised to address the changes in emphasis and applications that have occurred in the past twenty years.


Язык: en

Рубрика: Физика/Электромагнетизм/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: third edition

Год издания: 1999

Количество страниц: 808

Добавлена в каталог: 11.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Standing waves in resonant cavity      368
Stationary phase, method of      338
Step function, $\Theta(t)$, definition of      222 331
Stokes parameters      301
Stokes's theorem      31
Stress tensor, and conservation laws      261 606 609 611
Stress tensor, and conservation laws, canonical, in      4
Stress tensor, and conservation laws, dimensions      606
Stress tensor, and conservation laws, Maxwell      261
Stress tensor, and conservation laws, self, of classical electron      756 760f
Stress tensor, and conservation laws, symmetric, in 4 dimensions      608—609
Structure factor, for scattering by collection of scatterers      461
Sturm — Liouville equation      126
Sum rule, dipole, for oscillator strengths      310
Sum rule, dipole, for oscillator strengths, for plasma frequency      335
Summation convention, for repeated indices      540—541
Superconvergence relation for dielectric constant      335
Superposition principle      see "Linear superposition"
Surface current, and discontinuity of $\mathbf{H}$      18 194 353
Surface current, and discontinuity of $\mathbf{H}$, effective      221 356
Surface current, and discontinuity of $\mathbf{H}$, effective magnetic      197
Surface distribution, of charge      31—32
Surface distribution, of charge, of electric dipole moment      32—34
Surface impedance, definition of      356
Surface impedance, definition of, use of as boundary condition in scattering      475
Surface of conductor, charge density at      21
Surface resistance, of good conductor      356
Surface-charge density, and discontinuity of normal $\mathbf{E}$ and $\mathbf{D}$      18 31 154
Surface-charge density, and discontinuity of normal $\mathbf{E}$ and $\mathbf{D}$, and force on surface of conductor      43
Surface-charge density, and discontinuity of normal $\mathbf{E}$ and $\mathbf{D}$, dimensions      78
Surface-charge density, and discontinuity of normal $\mathbf{E}$ and $\mathbf{D}$, effective magnetic      197
Surface-charge density, and discontinuity of normal $\mathbf{E}$ and $\mathbf{D}$, near circular hole in conducting plane      143
Surface-charge density, and discontinuity of normal $\mathbf{E}$ and $\mathbf{D}$, near conical hole or point      106
Surface-charge density, and discontinuity of normal $\mathbf{E}$ and $\mathbf{D}$, near edge or corner in      2
Surface-charge density, and discontinuity of normal $\mathbf{E}$ and $\mathbf{D}$, on conducting sphere      59 64
Surface-charge density, and discontinuity of normal $\mathbf{E}$ and $\mathbf{D}$, on sphere with line charge inside      124
Surface-charge density, and discontinuity of normal $\mathbf{E}$ and $\mathbf{D}$, polarization      157 159
Surface-charge density, and discontinuity of normal $\mathbf{E}$ and $\mathbf{D}$, potential of      32
Susceptibility, electric      154 158f
Synchrotron light source      661 683f
Synchrotron light source, examples of      692—693
Synchrotron light source, typical photon energy spectra from      693
Synchrotron light source, undulators and wigglers in      683f
Synchrotron radiation      676f
Synchrotron radiation, angular and frequency distribution of      678 680 682
Synchrotron radiation, astrophysical examples of      681—682
Synchrotron radiation, by charge in helical path      703
Synchrotron radiation, polarization of      678—679 706
Systeme International (SI), standards of mass, length and time      776
Systeme International (SI), standards of mass, length and time, electromagnetic units      776 779
Tensor, electromagnetic angular momentum      288 608 610
Tensor, electromagnetic angular momentum, dual      556
Tensor, electromagnetic angular momentum, electromagnetic field-strength      556
Tensor, electromagnetic angular momentum, Lorentz transformation properties of      541
Tensor, electromagnetic angular momentum, Maxwell stress      261
Tensor, electromagnetic angular momentum, rotational definition of      268
Tensor, electromagnetic angular momentum, stress, in 4 dimensions      see "Stress tensor"
Test function, in finite element analysis      79
Thomas factor      552
Thomas precession      548f 563—564
Thomas's relativistic equation for motion of spin      564
Thomson cross section      695
Thomson scattering      694f
Thomson's theorem      53
Time dilatation      527f
Time dilatation, experimental verification of      529
Time reversal      270
Time reversal, transformation of physical quantities under      271
Time-like and space-like separation      527—528
Torque, on current distribution      178
Torque, on current distribution, on magnetic dipole      174 190
Torque, on current distribution, on spin      549
Torque, on current distribution, on spin, relativistic equation for      561f
Total cross section and optical theorem      502
Transformation      see "Galilean transformation" "Lorentz "Relativistic
Transformation properties of physical quantities under rotations, spatial reflections, and time reversal      267f
Transformation properties of physical quantities under rotations, spatial reflections, and time reversal, table of      271
Transition probability      442
Transition probability, estimates of, in atoms and nuclei      442f
Transition probability, in hydrogen-like atoms      704 769—770
Transition radiation      646f
Transition radiation, angular and frequency distribution of      652
Transition radiation, effects of foil thickness and multiple foils on      658—659
Transition radiation, formation length for      649
Transition radiation, qualitative considerations of      646—649
Transmission coefficient, for diffraction by circular aperture      493
Transmission line, dominant mode in      358
Transmission line, dominant mode in, examples of      397—398
Transmission line, dominant mode in, relation between L and C for      232
Transparency, of water in the visible region      315
Transparency, of water in the visible region, ultraviolet, of metals      314
Transverse Doppler shift      530
Transverse electric (TE) waves, attenuation of, in wave guide      365—366
Transverse electric (TE) waves, attenuation of, in wave guide, connection of, with multipole moments      441
Transverse electric (TE) waves, attenuation of, in wave guide, cylindrical, in wave guide      359
Transverse electric (TE) waves, attenuation of, in wave guide, in dielectric wave guide      388
Transverse electric (TE) waves, attenuation of, in wave guide, in rectangular wave guide      361—362 391
Transverse electric (TE) waves, attenuation of, in wave guide, spherical      430
Transverse electric (TE) waves, attenuation of, in wave guide, spherical, in concentric sphere cavity      375
Transverse electromagnetic (TEM) waves      358
Transverse electromagnetic (TEM) waves, absence of in hollow wave guides      358
Transverse magnetic (TM) waves, attenuation of, in wave guide      365—366
Transverse magnetic (TM) waves, attenuation of, in wave guide, connection of, with multipole moments      441
Transverse magnetic (TM) waves, attenuation of, in wave guide, cylindrical, in wave guide      359
Transverse magnetic (TM) waves, attenuation of, in wave guide, in cylindrical cavity      369
Transverse magnetic (TM) waves, attenuation of, in wave guide, in dielectric wave guide      388
Transverse magnetic (TM) waves, attenuation of, in wave guide, in earth-ionosphere cavity      375
Transverse magnetic (TM) waves, attenuation of, in wave guide, in rectangular wave guide      391
Transverse magnetic (TM) waves, attenuation of, in wave guide, spherical      430—431
Transverse vector field, definition of      242
Transverse waves, in magnetohydrodynamics      321
Transverse waves, in magnetohydrodynamics, inhomogeneous      298
Transverse waves, in magnetohydrodynamics, plane      295f
Traveling wave solutions      296 324 327 348
Traveling wave solutions, for signal propagation in dispersive medium      335f
Traveling wave solutions, in wave guide      357
Two-dimensional corners and edges, fields and surface charge densities near      78
Two-dimensional potentials      75f
Uncertainty principle      324 329
Uncertainty principle, use of, in collision problems to obtain quantum-mechanical modifications of      629 641 642 725
Undulators and wigglers, K parameter of      685 see
Undulators and wigglers, K parameter of, angular and frequency spectra from      689—693
Undulators and wigglers, K parameter of, average rest frame, dynamics and radiated power in      687—689
Uniqueness theorem, for solutions of Poisson or Laplace equation      37—38
Uniqueness theorem, for solutions of Poisson or Laplace equation, use of, with Legendre polynomial expansion      102 103—104 234
Units, and relative dimensions of electromagnetic quantities      777f
Units, and relative dimensions of electromagnetic quantities, appendix on      775f
Units, and relative dimensions of electromagnetic quantities, basic versus derived      775—776
Units, and relative dimensions of electromagnetic quantities, conversion between Gaussian and SI      782—783
Units, and relative dimensions of electromagnetic quantities, Maxwell and other equations, in different systems of      781
Units, and relative dimensions of electromagnetic quantities, table for conversion of      782—783
Units, and relative dimensions of electromagnetic quantities, variant of electromagnetic system of      782—783
Vacuum polarization      11—12
Vacuum polarization, contribution to atomic potential      12
Van Allen belts, of Jupiter, synchrotron radiation from      682—683
Van Allen belts, of Jupiter, synchrotron radiation from, problems illustrating principles of      619
Variational principle, for capacitance      53
Variational principle, for capacitance, for wave guides and cavities      400
Variational principle, for capacitance, in electrostatics      43f
Vector field, decomposition of, into longitudinal and transverse parts      242
Vector Green's theorem      482—483
Vector plane wave, spherical wave expansion of      473
Vector potential, for time-varying fields      239
Vector potential, for time-varying fields, in magnetostatics      180 195
Vector potential, for time-varying fields, of localized oscillating source      408f
Vector potential, for time-varying fields, of magnetic dipole      186
Vector potential, for time-varying fields, of magnetic monopole      278 290—291
Vector potential, for time-varying fields, of oscillating electric dipole      410
Vector potential, for time-varying fields, of oscillating electric quadrupole      414
Vector potential, for time-varying fields, of oscillating magnetic dipole      413
Vector potential, for time-varying fields, on surface of linear antenna, boundary condition for      418
Vector spherical harmonics, absolute square of, table      437
Vector spherical harmonics, absolute square of, table, definition of      431
Vector spherical harmonics, absolute square of, table, orthogonality properties of      431 472
Vector spherical harmonics, absolute square of, table, sum rule for      438
Vector theorem, divergence      29 see
Vector theorem, divergence, Green's      482—483
Vector theorem, divergence, involving surface and volume integrals      482—483
Vector theorem, divergence, involving vector spherical harmonics      472
Vector theorem, divergence, Stokes's      31
Vector, under rotations, definition of      268
Velocity fields, of charge in arbitrary motion      663
Velocity selector      587—588 617
Velocity, addition of, in special relativity      530f
Velocity, addition of, in special relativity, $\mathbf{E} \times \mathbf{B}$ drift      586
Velocity, addition of, in special relativity, 4-vector      532
Velocity, addition of, in special relativity, of light      see "Speed of light"
Velocity, addition of, in special relativity, relativistic transformation law of      531
Virtual quanta, method of      724f
Virtual quanta, method of, for point charge, quantum-mechanical form of      729
Virtual quanta, method of, spectrum of, for point charge      727—728
Virtual quanta, method of, treatment of relativistic bremsstrahlung      729f
Virtual quanta, method of, use of, examples in atomic and nuclear collisions      742—743
Visible region, of frequency spectrum, reason for      314—315
Water, index of refraction and absorption coefficient of      315
Wave equation      240 243
Wave equation, covariant form of      555 612
Wave equation, for photons with mass      601
Wave equation, Green functions for      243f
Wave equation, Helmholtz      243
Wave equation, solutions of, in covariant form      614—615
Wave equation, spherical wave solutions of      425f
Wave equation, transverse two-dimensional, in wave guide      357 360
Wave guide      356f see
Wave guide, "bound" state in      405—406
Wave guide, attenuation in      363f 367—368
Wave guide, boundary conditions in      359
Wave guide, cutoff frequency in      360 362
Wave guide, dielectric      385f
Wave guide, in rectangular      361f 391
Wave guide, obstacles in      394
Wave guide, orthonormal fields in rectangular      391
Wave guide, propagating and evanescent      360
Wave guide, sources in      392f
Wave guide, TE and TM modes in      359
Wave guide, variational methods in      400
Wave number, and frequency, as 4-vector      530
Wave number, and frequency, as 4-vector, connection of, with frequency, as      4—4
Wave number, and frequency, as 4-vector, imaginary part of, because of losses      310 363 367
Wave number, and frequency, as 4-vector, in wave guide      360 364 367
Wave number, and frequency, as 4-vector, spread of, in wave packets      324
Wave number, and frequency, as 4-vector, vector      296 304 313 319 327
Wave packets in one dimension      322f 348
Wave packets in one dimension, propagation in dispersive medium      322f
Wave packets in one dimension, spreading of, in time      326f
Wavelength in wave guide      361
Waves, Alfven      321
Waves, in ionosphere      316f
Waves, magnetohydrodynamic      319f
Waves, magnetosonic      322 see "Spherical "Transverse
Weizsaecker — Williams method      see "Virtual quanta method
Whistler      319 349
Width, finite, of frequency spectrum of cavity with losses      372
Width, finite, of frequency spectrum of cavity with losses, finite, of frequency spectrum of oscillator with damping      764
Wiggler      see "Undulators" "Wigglers"
Work function of metal and image charges      61
Work, relation to potential energy      30
World line      527
Wronskian, definition of      126
Wronskian, definition of, of Bessel functions      126
Wronskian, definition of, of spherical Bessel functions      427
x-rays, from synchrotron light sources      693
x-rays, polarization of, in bremsstrahlung      712
Yukawa potential, for scalar potential if photon has mass      601
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