Table Of ContentIgorN.Toptygin
ElectromagneticPhenomenainMatter
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IgorN.Toptygin
Electromagnetic Phenomena in Matter
StatisticalandQuantumApproaches
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V
Contents
Preface IX
BasisNotations XIII
FundamentalConstantsandFrequentlyUsedNumbers XVII
1 EquationsofSteadyElectricandMagneticFieldsinMedia 1
1.1 AveragingMicroscopicMaxwellEquations.Vectorsof
ElectromagneticFieldsinMedia 2
1.2 EquationsofElectrostaticsandMagnetostatics
inMedium 4
1.3 PolarizationofMediainaConstantField 7
Problems 12
1.4 AnswersandSolutions 17
2 ElectrostaticsofConductorsandDielectrics 37
2.1 BasicConceptsandMethodsofElectrostatics 37
Problems 41
2.2 SpecialMethodsofElectrostatics 45
Problems 54
2.3 Energy,Forces,andThermodynamicRelationsforConductors
andDielectrics 59
Problems 71
2.4 AnswersandSolutions 76
3 StationaryCurrentsandMagneticFieldsinMedia 115
3.1 StationaryCurrent 115
Problems 123
3.2 MagneticFieldinMagneticMedia 129
Problems 131
3.3 Energy,Forces,andThermodynamicRelationsforMagnetics 133
Problems 145
3.4 ElectricandMagneticPropertiesofSuperconductors 149
Problems 153
Problems 155
VI Contents
Problems 160
3.5 AnswersandSolutions 164
4 Quasi-StationaryElectromagneticField 193
4.1 Quasi-StationaryPhenomenainLinearConductors 193
Problems 197
4.2 EddyCurrentsandSkin-Effect 201
Problems 205
4.3 MagneticHydrodynamics 207
Problems 222
4.4 AnswersandSolutions 228
5 MaxwellEquationsforAlternatingandInhomogeneousFields 275
5.1 DifferentFormsofMaxwellEquationsinMedia.CouplingEquations
andElectromagneticResponseFunctions 275
Problems 287
5.2 CausalityPrincipleandDispersionRelations 291
Problems 296
5.3 EnergyRelationsforAlternatingElectromagneticFieldinMedia.
LongitudinalElectricOscillations 297
Problems 302
5.4 MagneticOscillationsandMagneticResonance 304
Problems 306
5.5 ElectrodynamicsofMovingMedia 308
Problems 311
Problems 321
5.6 Energy–MomentumTensorinDispersive
Media 322
Problems 327
5.7 AnswersandSolutions 327
6 PropagationofElectromagneticWaves 363
6.1 TransverseWavesinIsotropicMedia.ReflectionandRefraction
ofWaves 363
Problems 377
6.2 PlaneWavesinAnisotropicandGyrotropic
Media 382
Problems 387
6.3 ScatteringofElectromagneticWavesbyMacroscopicBodies.
Diffraction 390
Problem 393
Problems 401
6.4 DiffractionofX-Rays 405
Problems 408
6.5 AnswersandSolutions 410
Contents VII
7 CoherenceandNonlinearWaves 463
7.1 CoherenceandInterference 463
Problems 472
7.2 RandomWavesandWavesinRandomlyInhomogeneous
Media 477
Problems 489
7.3 WavesinNonlinearandActiveMedia 490
Problems 503
7.4 AnswersandSolutions 504
8 ElectromagneticOscillationsinFiniteBodies 521
8.1 ElectromagneticWavesinWaveguides 521
Problems 524
8.2 ElectromagneticOscillationsinResonators 530
Problems 531
8.3 AnswersandSolutions 536
9 InteractionofChargedParticleswithEquilibriumandNonequilibrium
Media 565
9.1 IonizationandRadiationEnergyLossesofFastParticles
inMedia 565
Problems 590
9.2 MacroscopicMechanismsofRadiationofFastParticles
inMedia 591
Problems 605
9.3 ChannelingandRadiationEmittedbyFastParticlesinCrystals 609
Problems 624
9.4 AccelerationofParticlesinTurbulentPlasmaMedia 624
Problems 647
9.5 AnswersandSolutions 649
Appendix:TurbulenceandItsDescriptionwiththeAid
ofCorrelationTensors 681
Bibliography 689
Index 697
Description:Modern electrodynamics in different media is a wide branch of electrodynamics which combines the exact theory of electromagnetic fields in the presence of electric charges and currents with statistical description of these fields in gases, plasmas, liquids and solids; dielectrics, conductors and sup
