Griffits D.J. — Introductions to electrodynamics :: Электронная библиотека попечительского совета мехмата МГУ

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Griffits D.J. — Introductions to electrodynamics

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Название: Introductions to electrodynamics

Автор: Griffits D.J.

Аннотация:

The book deserves 5 stars just on the writing style and clarity of presentation. Professor Griffiths displays a mastery of the subject and makes a beautiful subject even more beautiful. Sure this is not a graduate level book but that does not demean it in any sense to Jackson - the two are aimed at different levels. I am a grad student and I still find this book invaluable. Professor Griffiths deserves an award for this work

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Рубрика: Физика/Электромагнетизм/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 3rd edition

Год издания: 1999

Количество страниц: 580

Добавлена в каталог: 09.09.2005

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Предметный указатель

Stress      353
Stress tensor      351—355
String, waves on      364—374
Summation convention      501—502
Sun, age of      109
Sunset, redness of      449
Superconductor      335
Superluminal velocity      399 484—485
Superposition principle      58 81 96
Surface charge      62 102—103 288
Surface current      211—212
Surface element      26 40
Surface integral      24 26
Susceptibility, complex      401
Susceptibility, electric      179 200
Susceptibility, magnetic      274—275 278
Susceptibility, tensor      184
Symmetric tensor      535 537
Symmetry for Ampere's law      229
Symmetry for Gauss's law      71
Symmetry of $\mathbb{E}$ , $\mathbb{B}$ , $\mathbb{D}$ , and $\mathbb{H}$       283
Symmetry of Maxwell's equation      327—328
Symmetry, azimuthal      137
Symmetry, duality      342
Synchronization      484 487—488 496
Synchrotron radiation      465
TE waves      407—411
TEM waves      407
Tensor      11—12
Tensor, antisymmetric      535 537
Tensor, contravariant      537
Tensor, covariant      537
Tensor, dual      537 545
Tensor, field      535—537
Tensor, polarizability      162—163
Tensor, second-rank      11—12 535
Tensor, stress      351—355
Tensor, susceptibility      184
Tensor, symmetric      535 537
terminal velocity      300 336
Tesla (unit)      216 560
Test charge      58—59 202
Theta function      49
Third law      349—351 442 469 517—518
Thompson — Lampard theorem      159
Thomson dipole      362
Three-dimensional wave equation      376
Threshold      543
Time, advanced      425
Time, constant      291 315 393 467
Time, dilation      485—489 496—497
Time, paradox      487
Time, retarded      423
Time, reversal      425
Timelike interval      503
TM waves      407
Toroidal coil      229—230 320
Torque on electric dipole      164
Torque on magnetic dipole      255—257 259
Total internal reflection      413
Transformation of angles      493 499
Transformation of charge and current density      538
Transformation of electromagnetic fields      525—532
Transformation of forces      518
Transformation of lengths      489—493 497
Transformation of momentum and energy      510
Transformation of velocity      508
Transformation, duality      342 454
Transformation, Galilean      494 502
Transformation, gauge      419—420
Transformation, Lorentz      493—498 500—501 543
Transformer      338
Translation      12
Transmission of waves on a string      370—373
Transmission, coefficient      386 391—392
Transmission, line      340 411—412
Transparency      383
Transverse wave      373—375 378 394
Triangle diagram, electrodynamics      441
Triangle diagram, electrostatics      87
Triangle diagram, magnetostatics      240 250—251
Triple product      7
Tunneling      414 475—476
Twin paradox      488 499
Uniformly magnetized cylinder      265
Uniformly magnetized object      283 288
Uniformly magnetized sphere      264—265
Uniformly moving charge      440 532
Uniformly polarized cylinder      173
Uniformly polarized object      167 283
Uniformly polarized sphere      168—170
Uniqueness theorem      116—120 198 252
Unit systems      see "Gaussian" Heaviside "SI"
Unit vectors      ix 3—4 9 39 42
Unit vectors, Cartesian      4
Unit vectors, curvilinear      39 547
Unit vectors, cylindrical      43
Unit vectors, normal      89
Unit vectors, spherical      38 42
UNITS      559—562
Units, ampere      208 216
Units, coulomb      59 559
Units, esu (electrostatic unit)      559—560
Units, farad      104
Units, gauss      216 560
Units, henry      313
Units, ohm      287
Units, tesla      216 560
Units, volt      81

Universal speed of light      481
Vacuum polarization      183
Vector      1
Vector potential      54 234—246 416—442
Vector potential, direction of      238
Vector potential, dynamic configurations, arbitrary charge distribution      423 456
Vector potential, dynamic configurations, oscillating electric dipole      446
Vector potential, dynamic configurations, oscillating magnetic dipole      453
Vector potential, dynamic configurations, point charge, arbitrary motion      433
Vector potential, dynamic configurations, point charge, constant velocity      433—434
Vector potential, static configurations, arbitrary current configuration      235—236
Vector potential, static configurations, finite line current      239
Vector potential, static configurations, infinite line current      239
Vector potential, static configurations, infinite plane current      239
Vector potential, static configurations, infinite solenoid      238
Vector potential, static configurations, magnetic dipole      244—246
Vector potential, static configurations, magnetized material      263—264
Vector potential, static configurations, multipole expansion      242—246
Vector potential, static configurations, specified magnetic field      251
Vector potential, static configurations, spinning sphere      236—237 253
Vector potential, static configurations, uniform magnetic field      239
Vector product, cross      3 6
Vector product, dot      2 5
Vector product, scalar      2 5 501—502
Vector product, vector      3 6
Vector, addition      2 5
Vector, Area      57 244
Vector, component      5 39
Vector, contravariant      501
Vector, covariant      501
Vector, displacement      1 8—9
Vector, four-      500—502
Vector, magnitude      1
Vector, operator      16
Vector, polarization      374
Vector, position      8
Vector, propagation      379
Vector, pseudo-      12 204
Vector, separation      ix 9 15 59—60 224
Vector, subtraction      2
Vector, triple products      7
Vector, unit,      see "Unit vectors"
Velocity of light in linear medium      383
Velocity of light in vacuum      376 480—481
Velocity, addition rules      482—483 497—498
Velocity, drift      234 289
Velocity, field      438 460
Velocity, four-      507—509
Velocity, group      399
Velocity, ordinary      507
Velocity, phase      399
Velocity, proper      507
Velocity, wave      399
Velocity, waves on a string      366
Visible range      377
Volt (unit)      81
Voltmeter      337
Volume element, Cartesian      27
Volume element, curvilinear      549
Volume element, cylindrical      44
Volume element, spherical      40
Volume, charge      62
Volume, current      212
Volume, integral      24 27
Wave equation      364—367 375—376
Wave equation for $\mathbb{A}$       422
Wave equation for $\mathbb{B}$       375—376
Wave equation for $\mathbb{E}$       375—376
Wave equation for V      422
Wave equation, general solution      367
Wave equation, homogeneous      366 376
Wave equation, inhomogeneous      422
Wave equation, one-dimensional      366
Wave equation, three-dimensional      376
Wave, complex      369
Wave, guide      405 408
Wave, length      368
Wave, number      368
Wave, vector      379
Wave, velocity      366 376 399
Waves in conductors      392—398
Waves in free space      375—382
Waves in linear media      382—392
Waves on a string      364—367
Waves, dispersive      398
Waves, electromagnetic      364—415
Waves, evanescent      414
Waves, guided      405—412
Waves, longitudinal      373
Waves, monochromatic      376
Waves, plane      376—380
Waves, sinusoidal      367—370
Waves, spherical      412
Waves, standing      367 410
Waves, transverse      373—375 378
Waves, water      404
Work and emf      295 317
Work and potential      90—91
Work done      see also "Energy"
Work done by magnetic force      207 210—211
Work done in charging a capacitor      105—106
Work done in moving a charge      90—91
Work done in moving a dielectric      194—196
Work done in moving a wire loop      294—296
Work done in polarizing a dielectric      191—193
Work done in setting up a charge configuration      91—93
Work done, against back emf      317
Work, relativistic      516
Work-energy theorem      516
World line      503—504

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