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

$\mathbb{D}$       see "Displacement electric"
$\mathbb{H}$       269—274
Abraham — Lorentz formula      467 469 472 545—546
Absorption      392—398
Absorption coefficient      402—403
Acausality      421 425 467
Acceleration, field      438 460
Acceleration, ordinary      521
Acceleration, proper      521
Advanced potentials      425
Advanced time      425
Alfven's theorem      341
Ampere (unit)      208 216
Ampere dipole      258 284
Ampere's law      225 232 321—326 539
Ampere's law in matter      269—271
Ampere's law, applications of      225—232
Ampere's law, symmetry for      229
Ampere, A.M.      xiii
Amperian loop      225 239
Angle of incidence      388
Angle of reflection      388
Angle of refraction      388
Angle, azimuthal      38 43
Angle, polar      38
Angular momentum, density      358
Anomalous dispersion      403—404
Antisymmetric tensor      535 537
Atomic polarizability      161 200
Auxiliary fields, $\mathbb{D}$       175—182 271 273 328 545
Auxiliary fields, $\mathbb{H}$       269—277 328—332 545
Azimuthal angle      38 43
Azimuthal symmetry      137
BAC-CAB rule      8
Back emf      314 317
Bar electret      170 178
Bar magnet      265 274
Barn and ladder paradox      491—492
Betatron      336
Biot — Savart law      215—220 339 532
Bohr atom, lifetime      464—465
Bohr atom, polarizability      163
Bohr magneton      252
Bound charge      166—173 186 328
Bound current      263—268 277 328
Boundary conditions for dielectrics      178—179 182 186 198 331—333
Boundary conditions for electrodynamics      53 331—333
Boundary conditions for electromagnetic waves      384 387 396
Boundary conditions for electrostatics      87—90
Boundary conditions for Laplace's equation      116—120
Boundary conditions for magnetic materials      273—274 283 331—333
Boundary conditions for magnetostatics      240—242
Boundary conditions for Maxwell's equations      323 556
Boundary conditions for waves on a string      370—373
Boundary value problems      121—145 186
Bremsstrahlung      464
Brewster's angle      390—391
Capacitance      104
Capacitor      103—106
Capacitor, charging      105—106 324—325
Capacitor, dielectric-filled      183
Capacitor, discharging      290—291
Capacitor, energy in      105—106 191
Capacitor, parallel-plate      74 104 183 231 525
Cartesian coordinates      4 127 547—548
Cauchy's formula      404
Causality      421 425 467 506
Cavity in conductor      99 117
Cavity in dielectric      177
Cavity in magnetic material      272—273
Cavity, resonant      415
Center of momentum      511
cgs units      xv 327 559—562
Charge density, line      62
Charge density, surface      62 102
Charge density, volume      62
Charge, bound      166—173 186 328
Charge, conservation      see "Conservation"
Charge, electric      xiv 58—59
Charge, enclosed      68
Charge, free      160 175 393
Charge, induced      97—101
Charge, invariance      525
Charge, magnetic      see "Monopole"
Charge, quantization      xiv 362
Child — Langmuir law      108
circular polarization      374
Clausius — Mossotti equation      200
Coaxial cable      75 411—412
Coefficient of absorption      402—403
Coefficient of dispersion      404
Coefficient of reflection      386 391—392
Coefficient of refraction      404
Coefficient of transmission      386 391—392
Colliding beam      515—516
Collision, classical      483
Collision, elastic      514
Collision, relativistic      514—516
Completeness      132
Complex notation      369 378 382 401
Complex notation, amplitude      369
Complex notation, permittivity      402
Complex notation, susceptibility      401
Complex notation, wave number      402
Component      5 39
Compton scattering      514—515
Compton wavelength      515
Conductivity      285—286
Conductor      96—103 160 285
Conductor, "good" and "poor"      393
Conductor, perfect      285 334 341 405
Conductor, surface charge on      123 126 288
Conservation laws, global      xiv 345
Conservation laws, local      see "Continuity equation"
Conservation laws, relativistic      510—516
Conservation, electrodynamic      345—363
Conservation, electrodynamic, angular momentum      358—361
Conservation, electrodynamic, charge      xiv 214 327 354 538
Conservation, electrodynamic, energy      346—349 386
Conservation, electrodynamic, momentum      355—357 442
Constitutive relation      180 275 330 545
Continuity equation      xiv 214—215 327 345—346 348 356 538—539
Contravariant vector      501 543
Coordinates, Cartesian      4 548
Coordinates, curvilinear      38 547—554
Coordinates, cylindrical      43—45 548
Coordinates, inversion of      12
Coordinates, rotation of      10—12
Coordinates, spherical      38—43 548
Coordinates, translation of      12
Cosines, Law of      3
Coulomb (unit)      59 559
Coulomb gauge      421 541
Coulomb's law      xv 59 62
Coulomb's law, magnetic      328
Covariant vector      501 543
Critical angle      413
Cross product      3 6
Curie point      281
Curl      16 19 552—553
Curl in Cartesian coordinates      19
Curl in curvilinear coordinates      553
Curl in cylindrical coordinates      44
Curl in spherical coordinates      42
Curl of $\mathbb{A}$       234 416
Curl of $\mathbb{B}$       221—225
Curl of $\mathbb{D}$       178
Curl of $\mathbb{E}$       65 76 302 330
Curl of $\mathbb{H}$       269 330
Curl-less fields      53 77—79

Current      208—214
Current density      211—214
Current density, four-vector      537—538
Current density, surface      211—212
Current density, volume      212—213
Current, bound      263—268 277
Current, displacement      323
Current, enclosed      222 225 269 322
Current, free      269 277
Current, induced      304
Current, polarization      329
Current, steady      215
Curvilinear coordinates      38 547—554
Cutoff frequency      409—411
Cycloid motion      205—207 545
cyclotron motion      205 519—520
Cylindrical coordinates      43—45 548
d'Alembertian      422 542
Del operator      16
Delta function, Dirac      45—52 157
Delta function, Kronecker      158 352
Density of field lines      65
Derivative      13
Derivative, normal      90
Diamagnetism      255 260—263 335 337
Dielectric      160
Dielectric, constant      180
Dielectric, linear      179—196
Diode, vacuum      107
Dipole, electric      66 146 149—155
Dipole, electric, energy of interaction of two      165
Dipole, electric, energy of, in electric field      165
Dipole, electric, field of oscillating      447
Dipole, electric, field of static      66 153—155
Dipole, electric, force on      164—165
Dipole, electric, induced      160—163
Dipole, electric, moment      149
Dipole, electric, perfect      150 154
Dipole, electric, permanent      163
Dipole, electric, physical      150 154
Dipole, electric, potential of oscillating      446
Dipole, electric, potential of static      146—147 149
Dipole, electric, radiation      444—450
Dipole, electric, runaway motion      543
Dipole, electric, torque on      164
Dipole, magnetic      243—246
Dipole, magnetic of electron      252
Dipole, magnetic, Ampere model      258 284
Dipole, magnetic, energy of interaction of two      282
Dipole, magnetic, energy of, in magnetic field      281
Dipole, magnetic, field of oscillating      453
Dipole, magnetic, field of static      246 253—254
Dipole, magnetic, force on      257—259 282—283
Dipole, magnetic, Gilbert model      258 284 454
Dipole, magnetic, moment      244 254
Dipole, magnetic, moving      544
Dipole, magnetic, perfect      245—246
Dipole, magnetic, physical      245—246
Dipole, magnetic, potential of oscillating      453
Dipole, magnetic, potential of static      244 246
Dipole, magnetic, radiation      451—455 459
Dipole, magnetic, Thomson      362
Dipole, magnetic, torque on      255—257 259
Dirac delta function      45—52 157
Dirac, P.A.M.      362
Dirichlet's theorem      130
Discharge of capacitor      290—291
Discontinuity in $\mathbb{B}$       241 274
Discontinuity in $\mathbb{E}$       88—89
dispersion      398—405
Dispersion, anomalous      403—404
Dispersion, coefficient      404
Displacement current      323 325 330 339
Displacement vector, finite      1 8—9
Displacement vector, four-vector      502
Displacement vector, infinitesimal, Cartesian      9
Displacement vector, infinitesimal, curvilinear      547
Displacement vector, infinitesimal, cylindrical      44
Displacement vector, infinitesimal, spherical      40
Displacement, electric      175—179
Divergence      16 17 549—551
Divergence in cartesian coordinates      17
Divergence in curvilinear coordinates      550
Divergence in cylindrical coordinates      44
Divergence in spherical coordinates      42
Divergence of $\mathbb{A}$       234
Divergence of $\mathbb{B}$       221—223 330
Divergence of $\mathbb{D}$       329—330
Divergence of $\mathbb{E}$       65 69
Divergence of $\mathbb{H}$       273
Divergence theorem      31 551
Divergence, four-dimensional      539
Divergenceless fields      54 240
Domain      278—280
Dot product      2 5 501
Drift velocity      234 289
Drude, P.K.I.      289
Dual tensor      537 545
Duality transformation      342 454
Dumbbell model      469—470
Earnshaw's theorem      115
Earth's magnetic field      216
Eddy currents      298—299 305
Ehrenfest's paradox      493
Einstein summation convention      501
Einstein velocity addition rule      482—483 497—498
Einstein's postulates      477—482
Einstein, A.      303 478—479
Elastic collision      514
Electret      170 178
Electric      see "Charge" "Current" "Dipole" "Displacement" "Energy" "Field" "Force" "Polarization" "Potential" "Susceptibility"
electric field      58 61
Electric field of dynamic configurations, arbitrary charge distribution      427 457
Electric field of dynamic configurations, oscillating electric dipole      447
Electric field of dynamic configurations, oscillating magnetic dipole      453
Electric field of dynamic configurations, parallel-plate capacitor, moving      525—526 533
Electric field of dynamic configurations, point charge moving in straight line      441
Electric field of dynamic configurations, point charge, arbitrary motion      435—438
Electric field of dynamic configurations, point charge, constant velocity      439 527—528
Electric field of dynamic configurations, rotating electric dipole      450
Electric field of static configurations, bar electret      170 178
Electric field of static configurations, conducting sphere in dielectric medium      199
Electric field of static configurations, conducting sphere in external field      141—142
Electric field of static configurations, continuous charge distribution      61
Electric field of static configurations, dielectric cylinder in external field      190
Electric field of static configurations, dielectric sphere in external field      186—188
Electric field of static configurations, dipole      153—155 157
Electric field of static configurations, disk      64
Electric field of static configurations, finite line      62—63
Electric field of static configurations, infinite cylinder      72
Electric field of static configurations, infinite line      63 75
Electric field of static configurations, infinite plane      73
Electric field of static configurations, line charge      62
Electric field of static configurations, overlapping spheres      75 172
Electric field of static configurations, parallel-plate capacitor      74
Electric field of static configurations, point charge distribution      60
Electric field of static configurations, point charge near conducting plane      121—122
Electric field of static configurations, point charge near dielectric plane      188—190
Electric field of static configurations, polarized object      166—170
Electric field of static configurations, ring      64
Electric field of static configurations, sphere      64 70
Electric field of static configurations, spherical shell      64 75
Electric field of static configurations, surface charge distribution      62
Electric field of static configurations, uniformly polarized cylinder      173
Electric field of static configurations, uniformly polarized object      283
Electric field of static configurations, uniformly polarized sphere      168
Electric field of static configurations, volume charge distribution      62
Electric field, average over a sphere      156—157
Electric field, curl of      65
Electric field, divergence of      65

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