连续介质电动力学第2版：理论物理学教程第8卷（英文影印版）

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作　者：	L.D.Landau,E.M.Lifshitz,L.P.Pitaevskii
出版社：	Butterworth-Heinemann
丛编项：	Course of Theoretical Physics
标　签：	力学

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ISBN：	9787506242622	出版时间：	1999-05-01	包装：	胶版纸
开本：	24开	页数：	460	字数：

内容简介

　　TWENTY-FIVE years have passed since the writing of this volume in its first edition.Such a long interval has inevitably made necessary a fairly thorough revision and expansion of the book for its second edition. The original choice of material was such that， with some very slight exceptions， it has not become obsolete.In this part， only some relatively minor additions and improvements have been made.本书为英文版。

作者简介

暂缺《连续介质电动力学第2版：理论物理学教程第8卷（英文影印版）》作者简介

图书目录

Prefacetothesecondedition.
PrefacetothefirstEnglishedition
Notation
I.ELECTROSTATICSOFCONDUCTORS
1.Theelectrostaticfieldofconductors
2.Theenergyoftheelectrostaticfieldofconductors
3.Methodsofsolvingproblemsinelectrostatics
4.Aconductingellipsoid
5.Theforcesonaconductor
II.ELECTROSTATICSOFDIELECTRICS
6.Theelectricfieldindielectrics
7.Thepermittivity
8.Adielectricellipsoid
9.Thepermittivityofamixture
10.Thermodynamicrelationsfordielectricsinanelectricfield
11.Thetotalfreeenergyofadielectric
12.Electrostrictionofisotropicdielectrics
13.Dielectricpropertiesofcrystals
14.Thesignofthedielectricsusceptibility
15.Electricforcesinafluiddielectric
16.Electricforcesinsolids
17.Piezoelectrics
18.Thermodynamicinequalities
19.Ferroelectrics
20.Improperferroelectrics
III.STEADYCURRENT
21.Thecurrentdensityandtheconductivity
22.TheHalleffect
23.Thecontactpotential
24.Thegalvaniccell
25.Electrocapillarity
26.Thermoelectricphenomena
27.Thermogalvanomagneticphenomena
28.Diffusionphenomena
IV.STATICMAGNETICFIELD
29.Staticmagneticfield
30.Themagneticfieldofasteadycurrent
31.Thermodynamicrelationsinamagneticfield
32.Thetotalfreeenergyofamagneticsubstance
33.Theenergyofasystemofcurrents
34.Theself-inductanceoflinearconductors
35.Forcesinamagneticfield
36.Gyromagneticphenomena
V.FERROMAGNETISMANDANTIFERROMAGNETISM
37.Magneticsymmetryofcrystals
38.Magneticclassesandspacegroups
39.FerromagnetsneartheCuriepoint
40.Themagneticanisotropyenergy
41.Themagnetizationcurveofferromagnets
42.Magnetostrictionofferromagnets
43.Surfacetensionofadomainwall
44.Thedomainstructureofferromagnets
45.Single-domainparticles
46.Orientationaltransitions
47.Fluctuationsinferromagnets
48.AntiferromagnetsneartheCuriepoint
49.Thebicriticalpointforanantiferromagnet
50.Weakferromagnetism
51.Piezomagnetismandthemagnetoelectriceffect
52.Helicoidalmagneticstructures
VI.SUPERCONDUCTIVITY
53.Themagneticpropertiesofsuperconductors
54.Thesuperconductivitycurrent
55.Thecriticalfield
56.Theintermediatestate
57.Structureoftheintermediatestate
VII.QUASI-STATICELECTROMAGNETICFIELD
58.Equationsofthequasi-staticfield
59.Depthofpenetrationofamagneticfieldintoaconductor
60.Theskineffect
51.Thecomplexresistance
62.Capacitanceinaquasi-steadycurrentcircuit
53.Motionofaconductorinamagneticfield
54.Excitationofcurrentsbyacceleration
VIII.MAGNETOHYDRODYNAMICS
65.Theequationsofmotionforafluidinamagneticfield..
66.Dissipativeprocessesinmagnetohydrodynamics
67.Magnetohydrodynamicflowbetweenparallelplanes
68:Equilibriumconfigurations
69.Hydromagneticwaves
70.Conditionsatdiscontinuities
71.Tangentialandrotationaldiscontinuities
72.Shockwaves
73.Evolutionaryshockwaves
74.Theturbulentdynamo
IX.THEELECTROMAGNETICWAVEEQUATIONS
75.Thefieldequationsinadielectricintheabsenceofdispersion
76.Theelectrodynamicsofmovingdielectrics
77.Thedispersionofthepermittivity
78.Thepermittivityatveryhighfrequencies
79.Thedispersionofthemagneticpermeability
80.Thefieldenergyindispersivemedia
81.Thestresstensorindispersivemedia
82.Theanalyticalpropertiesofε(ω)
83.Aplanemonochromaticwave
84.Transparentmedia
X.THEPROPAGATIONOFELECTROMAGNETICWAVES
85.Geometricaloptics
86.Reflectionandrefractionofelectromagneticwaves
87.Thesurfaceimpedanceofmetals
88.Thepropagationofwavesinaninhomogeneousmedium
89.Thereciprocityprinciple
90.Electromagneticoscillationsinhollowresonators
91.Thepropagationofelectromagneticwavesinwaveguides
92.Thescatteringofelectromagneticwavesbysmallparticles
93.Theabsorptionofelectromagneticwavesbysmallparticles
94.Diffractionbyawedge
95.Diffractionbyaplanescreen
Xl.ELECTROMAGNETICWAVESINANISOTROPICMEDIA
96.Thepermittivityofcrystals
97.Aplanewaveinananisotropicmedium
98.Opticalpropertiesofuniaxialcrystals
99.Biaxialcrystals
100.Doublerefractioninanelectricfield
101.Magnetic-opticaleffects
102.Mechanical—opticaleffects
XII.SPATIALDISPERSION
103.Spatialdispersion
104.Naturalopticalactivity
105.Spatialdispersioninopticallyinactivemedia
106.Spatialdispersionnearanabsorptionline
XIII.NON-LINEAROPTICS
107.Frequencytransformationinnon-lincarmedia
108.Thenon-linearpermittivity
109.Self-focusing
110.Second-harmonicgeneration
111.Strongelectromagneticwaves
112.StimulatedRamanscattering
XIV.THEPASSAGEOFFASTPARTICLESTHROUGHMATTER
113.Ionizationlossesbyfastparticlesinmatter:,thenon-relativisticcase
114.Ionizationlossesbyfastparticlesinmatter:therelativisticcase
115.Cherenkovradiation
116.Transitionradiation
XV.SCATTERINGOFELECTROMAGNETICWAVES
117.Thegeneraltheoryofscatteringinisotropicmedia
118.Theprincipleofdetailedbalancingappliedtoscattering
119.Scatteringwithsmallchangeoffrequency
120.Rayleighscatteringingasesandliquids
121.Criticalopalescence
122.Scatteringinliquidcrystals
123.Scatteringinamorphoussolids
XVI.DIFFRACTIONOFX-RAYSINCRYSTALS
124.ThegeneraltheoryofX-raydiffraction
125.Theintegralintensity
126.DiffusethermalscatteringofX-rays
127.Thetemperaturedependenceofthediffractioncross-section
Appendix
Index...