结构相变物理（影印版）
出版时间:
2009-01
版次:
1
ISBN:
9787030236258
定价:
58.00
装帧:
精装
开本:
16开
纸张:
胶版纸
页数:
277页
字数:
349千字
正文语种:
英语
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反映的是结构相变物理领域的前沿进展和热点，具有权威性、前瞻性和应用性强的特点，对有关方向的科研人员和研究生有重要的参考价值。为了满足国内读者对国外优秀物理学著作的需求，科学出版社启动了引进国外优秀著作的工作，这些图书几乎涉及了近代物理学的所有领域，既有阐述学科基本理论的经典名著，也有反映某一学科专题前沿的专著。 PrefacetotheSecondEdition
PrefacetotheFirstEdition
PartIBasicConcepts
1ThermodynamicalPrinciplesandtheLandauTheory
1.1Introduction
1.2PhaseEquilibriainIsotropicSystems
1.3PhaseDiagramsandMetastableStates
1.4ThevanderWaalsEquationofState
1.5Second-OrderPhaseTransitionsandtheLandauTheory
1.5.1TheEhrenfestClassification
1.5.2TheLandauTheory
1.6SusceptibilitiesandtheWeissField
1.6.1SusceptibilityofanOrderParameter
1.6.2TheWeissFieldinaFerromagneticDomain
1.7CriticalAnomalies,BeyondClassicalThermodynamics
1.8RemarksonCriticalExponents
2OrderVariables,TheirCorrelationsandStatisticstheMean-FieldTheory
2.1OrderVariables
2.2Probabilities,ShortandLong-RangeCorrelations,andtheMean-FieldApproximation
2.2.1Probabilities
2.2.2TheConceptofaMeanField
2.3StatisticalMechanicsofanOrder-DisorderTransition
2.4TheIsingModelforSpin-SpinCorrelations
2.5TheRoleoftheWeissFieldinanOrderingProcess
3CollectiveModesofPseudospinsinDisplaciveCrystalsandtheBorn-HuangTheory
3.1DisplaciveCrystals
3.2TheLandauCriterionforClassicalFluctuations
3.3Quantum-MechanicalPseudospinsandtheirCorrelatiOns
3.4TheBorn-HuangTheoryandStructuralOrderinginCrystals
3.5CollectivePseudospinModesinDisplaciveSystems
3.6ExamplesofCollectivePseudospinModes
3.6.1StrontiumTitanateandRelatedPerovskites
3.6.2Tris-SacosineCalciumChlorideandRelatedCrystals
3.7TheVariationPrincipleandtheWeissSingularity
4SoftModes,LatticeAnharmonicityandPseudospinCondensatesintheCriticalRegion
4.1TheCriticalModulation
4.2TheLyddane-Sachs-TellerRelation
4.3Long-RangeInteractionsandtheCochranTheory
4.4TheQuarticAnharmonicPotentialintheCriticalRegion
4.4.1TheCowleyTheoryofModeSoftening
4.4.2SymmetryChangeataContinuousPhaseTransition
4.5ObservationofSoft-ModeSpectra
4.6TheCentralPeak
4.7Symmetry-BreakingFluctuationsinBinaryPhaseTransitions
4.8MacroscopicObservationofaBinaryPhaseTransition;λ-anomalyoftheSpecificHeat
5DynamicsofPseudospinsCondensatesandtheLong-RangeOrder
5.1ImperfectionsinPracticalCrystals
5.2ThePinningPotential.
5.3TheLifshitzConditionforIncommensurateFluctuations
5.4APseudopotentialforCondensateLockingandCommensurateModulation
5.5PropagationofaCollectivePseudospinMode
5.6AHydrodynamicModelforPseudospinPropagation
5.7TheKorteweg-deVriesEquation
5.7.1GeneralDerivation
5.7.2SolutionsoftheKorteweg-deVriesEquation
5.8SolitonPotentialsandtheLong-RangeOrder
5.9ModeStabilizationbytheEckartPotential
PartIIExperimentalStudies
6DiffuseX-rayDiffractionandNeutronInelasticScatteringfromModulatedCrystals
6.1ModulatedCrystals
6.2TheBraggLawofX-rayDiffraction
6.3DiffuseDiffractionfromWeaklyModulatedCrystals
6.4TheLaueFormulaandDiffuseDiffractionfromPerovskites
6.5NeutronInelasticScattering
7LightScatteringandDielectricStudiesonStructuralPhaseTransitions
7.1RamanScatteringStudiesonStructuralTransitions
7.2RayleighandBrillouinScatterings
7.3DielectricRelaxation
7.4DielectricSpectraintheFerroelectricPhaseTransitionofTSCC
8TheSpin-HamiltonianandMagneticResonanceSpectroscopy
8.1Introduction
8.2PrinciplesofMagneticResonanceandRelaxation
8.3MagneticResonanceSpectrometers
8.4TheCrystallinePotential
8.5TheZeemanEnergyandthegTensor
8.6TheFineStructure
8.7HyperfineInteractionsandForbiddenTransitions
9MagneticResonanceSamplingandNuclearSpinRelaxationStudiesonModulatedCrystals
9.1ParamagneticProbesinaModulatedCrystal
9.2Thespin-HamiltonianinModulatedCrystals
9.2.1ThegTensorAnomaly
9.2.2TheHyperfineStructureAnomaly
9.2.3TheFine-StructureAnomaly
9.3StructuralPhaseTransitionsinTSCCandBCCDCrystalsasStudiedbyParamagneticResonanceSpectra
9.3.1TheFerroelectricPhaseTransitioninTSCCCrystals
9.3.2StructuralPhaseTransitionsinBCCDCrystals
9.4NuclearQuadrupoleRelaxationinIncommensuratePhases
10StructuralPhaseTransitionsinMiscellaneousSystems
10.1Cell-DoublingTransitionsinOxidePerovskites
10.2TheIncommensuratePhaseinβ-ThoriumTetrabromide
10.3PhaseTransitionsinDeuteratedBiphenylCrystals
10.4SuccessivePhaseTransitionsinA2BX4FamilyCrystals
10.5IncommensuratePhasesinRbH3(SeO3)2andRelatedCrystals
10.6PhaseTransitionsin(NH4)2SO4andNH4AlF4
10.7ProtonOrderinginHydrogen-BondedCrystals
Epilogue
AppendixTheAdiabaticApproximation
Index
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内容简介:
反映的是结构相变物理领域的前沿进展和热点，具有权威性、前瞻性和应用性强的特点，对有关方向的科研人员和研究生有重要的参考价值。为了满足国内读者对国外优秀物理学著作的需求，科学出版社启动了引进国外优秀著作的工作，这些图书几乎涉及了近代物理学的所有领域，既有阐述学科基本理论的经典名著，也有反映某一学科专题前沿的专著。
-
目录:
PrefacetotheSecondEdition
PrefacetotheFirstEdition
PartIBasicConcepts
1ThermodynamicalPrinciplesandtheLandauTheory
1.1Introduction
1.2PhaseEquilibriainIsotropicSystems
1.3PhaseDiagramsandMetastableStates
1.4ThevanderWaalsEquationofState
1.5Second-OrderPhaseTransitionsandtheLandauTheory
1.5.1TheEhrenfestClassification
1.5.2TheLandauTheory
1.6SusceptibilitiesandtheWeissField
1.6.1SusceptibilityofanOrderParameter
1.6.2TheWeissFieldinaFerromagneticDomain
1.7CriticalAnomalies,BeyondClassicalThermodynamics
1.8RemarksonCriticalExponents
2OrderVariables,TheirCorrelationsandStatisticstheMean-FieldTheory
2.1OrderVariables
2.2Probabilities,ShortandLong-RangeCorrelations,andtheMean-FieldApproximation
2.2.1Probabilities
2.2.2TheConceptofaMeanField
2.3StatisticalMechanicsofanOrder-DisorderTransition
2.4TheIsingModelforSpin-SpinCorrelations
2.5TheRoleoftheWeissFieldinanOrderingProcess
3CollectiveModesofPseudospinsinDisplaciveCrystalsandtheBorn-HuangTheory
3.1DisplaciveCrystals
3.2TheLandauCriterionforClassicalFluctuations
3.3Quantum-MechanicalPseudospinsandtheirCorrelatiOns
3.4TheBorn-HuangTheoryandStructuralOrderinginCrystals
3.5CollectivePseudospinModesinDisplaciveSystems
3.6ExamplesofCollectivePseudospinModes
3.6.1StrontiumTitanateandRelatedPerovskites
3.6.2Tris-SacosineCalciumChlorideandRelatedCrystals
3.7TheVariationPrincipleandtheWeissSingularity
4SoftModes,LatticeAnharmonicityandPseudospinCondensatesintheCriticalRegion
4.1TheCriticalModulation
4.2TheLyddane-Sachs-TellerRelation
4.3Long-RangeInteractionsandtheCochranTheory
4.4TheQuarticAnharmonicPotentialintheCriticalRegion
4.4.1TheCowleyTheoryofModeSoftening
4.4.2SymmetryChangeataContinuousPhaseTransition
4.5ObservationofSoft-ModeSpectra
4.6TheCentralPeak
4.7Symmetry-BreakingFluctuationsinBinaryPhaseTransitions
4.8MacroscopicObservationofaBinaryPhaseTransition;λ-anomalyoftheSpecificHeat
5DynamicsofPseudospinsCondensatesandtheLong-RangeOrder
5.1ImperfectionsinPracticalCrystals
5.2ThePinningPotential.
5.3TheLifshitzConditionforIncommensurateFluctuations
5.4APseudopotentialforCondensateLockingandCommensurateModulation
5.5PropagationofaCollectivePseudospinMode
5.6AHydrodynamicModelforPseudospinPropagation
5.7TheKorteweg-deVriesEquation
5.7.1GeneralDerivation
5.7.2SolutionsoftheKorteweg-deVriesEquation
5.8SolitonPotentialsandtheLong-RangeOrder
5.9ModeStabilizationbytheEckartPotential
PartIIExperimentalStudies
6DiffuseX-rayDiffractionandNeutronInelasticScatteringfromModulatedCrystals
6.1ModulatedCrystals
6.2TheBraggLawofX-rayDiffraction
6.3DiffuseDiffractionfromWeaklyModulatedCrystals
6.4TheLaueFormulaandDiffuseDiffractionfromPerovskites
6.5NeutronInelasticScattering
7LightScatteringandDielectricStudiesonStructuralPhaseTransitions
7.1RamanScatteringStudiesonStructuralTransitions
7.2RayleighandBrillouinScatterings
7.3DielectricRelaxation
7.4DielectricSpectraintheFerroelectricPhaseTransitionofTSCC
8TheSpin-HamiltonianandMagneticResonanceSpectroscopy
8.1Introduction
8.2PrinciplesofMagneticResonanceandRelaxation
8.3MagneticResonanceSpectrometers
8.4TheCrystallinePotential
8.5TheZeemanEnergyandthegTensor
8.6TheFineStructure
8.7HyperfineInteractionsandForbiddenTransitions
9MagneticResonanceSamplingandNuclearSpinRelaxationStudiesonModulatedCrystals
9.1ParamagneticProbesinaModulatedCrystal
9.2Thespin-HamiltonianinModulatedCrystals
9.2.1ThegTensorAnomaly
9.2.2TheHyperfineStructureAnomaly
9.2.3TheFine-StructureAnomaly
9.3StructuralPhaseTransitionsinTSCCandBCCDCrystalsasStudiedbyParamagneticResonanceSpectra
9.3.1TheFerroelectricPhaseTransitioninTSCCCrystals
9.3.2StructuralPhaseTransitionsinBCCDCrystals
9.4NuclearQuadrupoleRelaxationinIncommensuratePhases
10StructuralPhaseTransitionsinMiscellaneousSystems
10.1Cell-DoublingTransitionsinOxidePerovskites
10.2TheIncommensuratePhaseinβ-ThoriumTetrabromide
10.3PhaseTransitionsinDeuteratedBiphenylCrystals
10.4SuccessivePhaseTransitionsinA2BX4FamilyCrystals
10.5IncommensuratePhasesinRbH3(SeO3)2andRelatedCrystals
10.6PhaseTransitionsin(NH4)2SO4andNH4AlF4
10.7ProtonOrderinginHydrogen-BondedCrystals
Epilogue
AppendixTheAdiabaticApproximation
Index
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