中外物理学精品书系：固体中的光相互作用（第二版英文影印版）

作者: [美] 迪巴尔托洛（B. Di Bartolo）著

出版社: 北京大学出版社

出版时间: 2015-01

版次: 1

ISBN: 9787301251720

定价: 107.00

装帧: 平装

开本: 16开

纸张: 胶版纸

页数: 636页

字数: 635千字

丛书: 中外物理学精品书系

分类: 自然科学

8人买过

　　《中外物理学精品书系：固体中的光相互作用（第二版英文影印版）》系统而全面地介绍了固体光特性的一些原理。本书为在固体材料吸收和荧光光谱领域，及激光领域工作的科研人员提供了详实的理论背景。通过群论这一工具，以及对于对称性的讨论，本书统一地阐述了辐射场的量子理论、分子热振动、晶体、共价键等内容。
　　《中外物理学精品书系：固体中的光相互作用（第二版英文影印版）》既适合科研人员参考，也适合研究生和高水平本科生阅读。　　（美）迪巴尔托洛，美国波士顿学院教授。 PrefacetotheSecondEditionvii
1.ElementsofQuantumMechanics1
1.ReviewofClassicalMechanics................1
2.VectorSpacesandLinearOperators............4
3.BasicPostulatesofQuantumMechanics..........10
4.CompatibleObservablesandCompleteSet
ofCommutingOperators...................13
5.FormoftheOperators....................15
6.MatrixFormalismandTransformationTheory.......20
7.GeneralTheoryofAngularMomentum...........29
8.Time-IndependentPerturbationTheory..........35
9.Time-DependentPerturbationTheory...........42
References...........................48

2.ElementsofGroupTheory49
1.PropertiesofaGroup.....................49
2.Classes.............................51
3.TheoryofRepresentations..................53
4.Schur'sLemmaandOrthogonalityRelations........58
5.CharactersofaGroup....................61
6.PropertiesoftheIrreducibleRepresentations
ofaGroup...........................64
7.TheDirectProductRepresentation.............65
8.ProductGroupsandTheirRepresentations........66
9.SummaryofRules......................68
10.GroupsofRealOrthogonalMatrices............69
11.SpaceGroupsandSymmetryofCrystallineSolids.....75
12.TheIrreducibleRepresentationsofaGroupofPrimitive
Translations..........................92
13.TheIrreducibleRepresentationsofSpaceGroups.....95
References...........................113

3.ConnectionofQuantumMechanicswith
GroupTheory115
1.TheEffectofanOrthogonalCoordinateTransformationon
theVectorsofaHilbertSpace................115
2.TheSymmetryGroupoftheSchr¨odingerEquation....117
3.TheFundamentalTheoremforFunctions
andOperatorsTransformingIrreducibly..........121
4.TheConstructionofFunctionsTransforming
Irreducibly...........................124
5.TheFullRotationalGroupandtheQuantumTheory
ofAngularMomentum....................127
6.TheSpinoftheElectronandtheDoubleValued
Representations........................137
7.TheKramers'Degeneracy..................142
8.TheSymmetricGroupoftheHamiltonianandthePauli
Principle............................148
References...........................154

4.TheHydrogenAtom155
1.TheUnperturbedHamiltonian................155
2.TheSpin-OrbitInteraction..................157
3.TheZeemanInteraction...................160
4.GroupTheoreticalConsiderationsfortheHAtom.....162
References...........................164

5.TheComplexAtom:MultipletTheory165
1.TheHeliumAtom.......................165
2.TheManyElectronAtom..................169
3.GroupTheoreticalConsiderationsforaComplexAtom..176
4.TheEnergiesofSpectralTerms...............180
5.Hund'sRulesandthePrincipleofEquivalence
ofElectronsandHoles....................188
6.TheSpin-OrbitSplittingofTerms..............190
7.AnExampleofSpin-OrbitandZeemanSplitting.....193
References...........................195

6.TheMagneticIoninaCrystal:TheRoleofSymmetry197
1.BondinginCrystals......................197
2.TheIonicBondinCrystals.................198
3.ElectronicConfigurationsandProperties
ofMagneticIons.......................201
4.TheCrystallineFieldHypothesis..............212
References...........................216

7.TheWeakFieldScheme217
1.TheHamiltonianoftheFreeIon..............217
2.TheCrystalFieldPerturbation...............218
3.ApplicationoftheWeakFieldScheme...........219
4.SplittingsofJLevelsinFieldsofDifferent
Symmetries..........................223
References...........................223

8.TheMediumFieldScheme225
1.TheHamiltonianoftheFreeIon..............225
2.TheCrystalFieldPerturbation...............227
3.TheSpin-OrbitInteraction..................228
4.AnApplicationoftheMediumFieldScheme........228
5.TheMethodofOperatorEquivalents:TheSplittingof
TransitionMetalIonsLevelsinanOctahedral
CrystalField.........................230
References...........................235

9.TheStrongFieldScheme237
1.TheUnperturbedHamiltonian................237
2.TheCrystalFieldPerturbation...............239
3.TheElectrostaticInteraction.................240
4.TheSpin-OrbitInteraction..................241

10.CovalentBondingandItsEffectonMagnetic
IonsinCrystals243
1.TheRelevanceofCovalentBonding.............243
2.TheFormationofMolecularOrbitals............244
3.ExampleofMolecularOrbitalsFormation.........246
4.TheUseofProjectionOperatorsintheConstruction
ofMolecularOrbitals.....................258
5.TheFormationofHybrids..................262
6.HybridsoftheCentralIoninaTetrahedral
ComplexAB4.........................267
7.HybridsoftheCentralIoninanOctahedral
ComplexAB6.........................269
8.TheCombinationsofLigandOrbitalsinan
ABnComplex.........................271
9.TheEnergyLevelsofanABnComplex...........274
References...........................282

11.TheQuantumTheoryoftheRadiationField283
1.TheClassicalElectromagneticField.............283
2.TheQuantumTheoryoftheElectromagneticField....286

12.MolecularVibrations295
1.TheClassicalTheoryofMolecularVibrations.......295
2.TheSymmetryoftheMoleculesandthe
NormalCoordinates.....................299
3.HowtoFindtheNormalModesofVibration........300
4.TheUseofSymmetryCoordinates.............303
5.TheQuantumTheoryofMolecularVibrations.......307
6.TheSelectionRulesforInfraredandRamanTransitions，
TheFermiResonance.....................309
7.TheNormalModesandtheSymmetryCoordinates
ofaTetrahedralComplexAB4...............312
8.TheNormalModesandtheSymmetryCoordinates
ofanOctahedralComplexAB6...............315
References...........................321

13.LatticeVibrations323
1.TheGeometryofCrystallineSolids.............323
2.LatticeVibrationsofanInfiniteCrystalwith
OneAtomPerUnitCell...................326
3.LatticeVibrationsofaFiniteCrystalwith
OneAtomPerUnitCell...................329
4.LatticeVibrationsofaCrystalwithMoreThan
OneAtomPerUnitCell...................336
5.ThermodynamicsofPhonons................339
6.PhononsandPhotons.SimilaritiesandDifferences....346
References...........................347

14.TheIon-PhotonInteraction:Absorptionand
EmissionofRadiation349
1.TheIon-RadiationInteraction................349
2.TheExpansionoftheInteractionHamiltonian:
DifferentTypesofRadiation.................351
3.TheDensityofFinalStates.................353
4.TheTransitionProbabilityPerUnitTime.........354
5.DipoleRadiation.......................356
6.SelectionRulesforRadiativeTransitions..........358
7.AbouttheIntensitiesofRadiativeTransitions.......369
8.TheStaticEffectsoftheInteractionBetween
anAtomicSystemandtheElectromagneticField.....373
References...........................374

15.TheJudd-OfeltTheory375
1.Motivation...........................375
2.GeneralConsiderations....................376
3.TheTheory..........................377
4.Applications..........................381
References...........................382

16.TheIon-VibrationInteraction.Radiationless
Processes，ThermalShift，andBroadening
ofSharpLines385
1.TheIon-VibrationInteraction................385
2.RadiationlessProcessesinCrystals.............387
3.DifferentTypesofLineBroadeningMechanisms:
LorentzianandGaussianLineShapes............402
4.TheoryofThermalBroadeningofSharpLines.......413
5.TheoryofThermalLineShift................418
References...........................423

17.Vibrational-ElectronicInteractionandSpectra425
1.Introduction..........................425
2.Ion-VibrationInteractioninMolecularComplexes.....425
3.VibronicSpectraofMolecularComplexes.........427
4.SpaceGroupsandLatticeVibrations............438
5.LatticeAbsorptioninPerfectCrystals...........445
6.PhononActivationDuetoImpurityIons
inPerfectCrystals......................447
7.SelectionRulesforVibronicTransitionsDue
toMagneticImpuritiesinCrystals.............450
References...........................452

18.EnergyTransferAmongIonsinSolids455
1.Quantum-MechanicalTreatmentoftheInteractions
AmongAtoms.........................455
2.DifferentTypesofInteractions................469
3.ModesofExcitationandTransfer..............478
4.EnergyTransferwithNoMigrationofExcitation
AmongDonors........................482
5.EnergyTransferwithMigrationofExcitation
AmongDonors........................495
References...........................514

19.AbsorptionSpectraofMagneticIonsinCrystals517
1.TheAandBCoefficientsasRelatedtoMagneticIons
inCrystals...........................517
2.GeneralPropertiesofAbsorptionSpectra.........520
3.AbsorptionSpectraofMagneticIonsinCrystals......526
4.TheEffectsofTemperatureonAbsorptionSpectra....532
5.ExcitedStateAbsorption...................541
References...........................544

20.FluorescenceSpectraofMagneticIonsinCrystals547
1.TheFluorescenceEmissionofMagneticIonsUnder
ContinuousExcitation....................547
2.TheResponseofFluorescentSystems
toTransientExcitation....................553
3.GeneralPropertiesoftheFluorescenceDecays
inaMultilevelSystem....................558
4.InteractionsofMagneticIonsandTheirEffects
ontheFluorescenceOutput.................562
5.TheFactorsAffectingtheFluorescenceEmission.....564
6.FluorescenceofMagneticIonsinCrystals.........573
References...........................578

21.ElementsofLaserTheory583
1.LaserConditions.......................583
2.ExamplesofIonicSolidStateLasers............598
References...........................605
SubjectIndex607
内容简介:
　　《中外物理学精品书系：固体中的光相互作用（第二版英文影印版）》系统而全面地介绍了固体光特性的一些原理。本书为在固体材料吸收和荧光光谱领域，及激光领域工作的科研人员提供了详实的理论背景。通过群论这一工具，以及对于对称性的讨论，本书统一地阐述了辐射场的量子理论、分子热振动、晶体、共价键等内容。
　　《中外物理学精品书系：固体中的光相互作用（第二版英文影印版）》既适合科研人员参考，也适合研究生和高水平本科生阅读。
作者简介:
　　（美）迪巴尔托洛，美国波士顿学院教授。
目录:
PrefacetotheSecondEditionvii
1.ElementsofQuantumMechanics1
1.ReviewofClassicalMechanics................1
2.VectorSpacesandLinearOperators............4
3.BasicPostulatesofQuantumMechanics..........10
4.CompatibleObservablesandCompleteSet
ofCommutingOperators...................13
5.FormoftheOperators....................15
6.MatrixFormalismandTransformationTheory.......20
7.GeneralTheoryofAngularMomentum...........29
8.Time-IndependentPerturbationTheory..........35
9.Time-DependentPerturbationTheory...........42
References...........................48

2.ElementsofGroupTheory49
1.PropertiesofaGroup.....................49
2.Classes.............................51
3.TheoryofRepresentations..................53
4.Schur'sLemmaandOrthogonalityRelations........58
5.CharactersofaGroup....................61
6.PropertiesoftheIrreducibleRepresentations
ofaGroup...........................64
7.TheDirectProductRepresentation.............65
8.ProductGroupsandTheirRepresentations........66
9.SummaryofRules......................68
10.GroupsofRealOrthogonalMatrices............69
11.SpaceGroupsandSymmetryofCrystallineSolids.....75
12.TheIrreducibleRepresentationsofaGroupofPrimitive
Translations..........................92
13.TheIrreducibleRepresentationsofSpaceGroups.....95
References...........................113

3.ConnectionofQuantumMechanicswith
GroupTheory115
1.TheEffectofanOrthogonalCoordinateTransformationon
theVectorsofaHilbertSpace................115
2.TheSymmetryGroupoftheSchr¨odingerEquation....117
3.TheFundamentalTheoremforFunctions
andOperatorsTransformingIrreducibly..........121
4.TheConstructionofFunctionsTransforming
Irreducibly...........................124
5.TheFullRotationalGroupandtheQuantumTheory
ofAngularMomentum....................127
6.TheSpinoftheElectronandtheDoubleValued
Representations........................137
7.TheKramers'Degeneracy..................142
8.TheSymmetricGroupoftheHamiltonianandthePauli
Principle............................148
References...........................154

4.TheHydrogenAtom155
1.TheUnperturbedHamiltonian................155
2.TheSpin-OrbitInteraction..................157
3.TheZeemanInteraction...................160
4.GroupTheoreticalConsiderationsfortheHAtom.....162
References...........................164

5.TheComplexAtom:MultipletTheory165
1.TheHeliumAtom.......................165
2.TheManyElectronAtom..................169
3.GroupTheoreticalConsiderationsforaComplexAtom..176
4.TheEnergiesofSpectralTerms...............180
5.Hund'sRulesandthePrincipleofEquivalence
ofElectronsandHoles....................188
6.TheSpin-OrbitSplittingofTerms..............190
7.AnExampleofSpin-OrbitandZeemanSplitting.....193
References...........................195

6.TheMagneticIoninaCrystal:TheRoleofSymmetry197
1.BondinginCrystals......................197
2.TheIonicBondinCrystals.................198
3.ElectronicConfigurationsandProperties
ofMagneticIons.......................201
4.TheCrystallineFieldHypothesis..............212
References...........................216

7.TheWeakFieldScheme217
1.TheHamiltonianoftheFreeIon..............217
2.TheCrystalFieldPerturbation...............218
3.ApplicationoftheWeakFieldScheme...........219
4.SplittingsofJLevelsinFieldsofDifferent
Symmetries..........................223
References...........................223

8.TheMediumFieldScheme225
1.TheHamiltonianoftheFreeIon..............225
2.TheCrystalFieldPerturbation...............227
3.TheSpin-OrbitInteraction..................228
4.AnApplicationoftheMediumFieldScheme........228
5.TheMethodofOperatorEquivalents:TheSplittingof
TransitionMetalIonsLevelsinanOctahedral
CrystalField.........................230
References...........................235

9.TheStrongFieldScheme237
1.TheUnperturbedHamiltonian................237
2.TheCrystalFieldPerturbation...............239
3.TheElectrostaticInteraction.................240
4.TheSpin-OrbitInteraction..................241

10.CovalentBondingandItsEffectonMagnetic
IonsinCrystals243
1.TheRelevanceofCovalentBonding.............243
2.TheFormationofMolecularOrbitals............244
3.ExampleofMolecularOrbitalsFormation.........246
4.TheUseofProjectionOperatorsintheConstruction
ofMolecularOrbitals.....................258
5.TheFormationofHybrids..................262
6.HybridsoftheCentralIoninaTetrahedral
ComplexAB4.........................267
7.HybridsoftheCentralIoninanOctahedral
ComplexAB6.........................269
8.TheCombinationsofLigandOrbitalsinan
ABnComplex.........................271
9.TheEnergyLevelsofanABnComplex...........274
References...........................282

11.TheQuantumTheoryoftheRadiationField283
1.TheClassicalElectromagneticField.............283
2.TheQuantumTheoryoftheElectromagneticField....286

12.MolecularVibrations295
1.TheClassicalTheoryofMolecularVibrations.......295
2.TheSymmetryoftheMoleculesandthe
NormalCoordinates.....................299
3.HowtoFindtheNormalModesofVibration........300
4.TheUseofSymmetryCoordinates.............303
5.TheQuantumTheoryofMolecularVibrations.......307
6.TheSelectionRulesforInfraredandRamanTransitions，
TheFermiResonance.....................309
7.TheNormalModesandtheSymmetryCoordinates
ofaTetrahedralComplexAB4...............312
8.TheNormalModesandtheSymmetryCoordinates
ofanOctahedralComplexAB6...............315
References...........................321

13.LatticeVibrations323
1.TheGeometryofCrystallineSolids.............323
2.LatticeVibrationsofanInfiniteCrystalwith
OneAtomPerUnitCell...................326
3.LatticeVibrationsofaFiniteCrystalwith
OneAtomPerUnitCell...................329
4.LatticeVibrationsofaCrystalwithMoreThan
OneAtomPerUnitCell...................336
5.ThermodynamicsofPhonons................339
6.PhononsandPhotons.SimilaritiesandDifferences....346
References...........................347

14.TheIon-PhotonInteraction:Absorptionand
EmissionofRadiation349
1.TheIon-RadiationInteraction................349
2.TheExpansionoftheInteractionHamiltonian:
DifferentTypesofRadiation.................351
3.TheDensityofFinalStates.................353
4.TheTransitionProbabilityPerUnitTime.........354
5.DipoleRadiation.......................356
6.SelectionRulesforRadiativeTransitions..........358
7.AbouttheIntensitiesofRadiativeTransitions.......369
8.TheStaticEffectsoftheInteractionBetween
anAtomicSystemandtheElectromagneticField.....373
References...........................374

15.TheJudd-OfeltTheory375
1.Motivation...........................375
2.GeneralConsiderations....................376
3.TheTheory..........................377
4.Applications..........................381
References...........................382

16.TheIon-VibrationInteraction.Radiationless
Processes，ThermalShift，andBroadening
ofSharpLines385
1.TheIon-VibrationInteraction................385
2.RadiationlessProcessesinCrystals.............387
3.DifferentTypesofLineBroadeningMechanisms:
LorentzianandGaussianLineShapes............402
4.TheoryofThermalBroadeningofSharpLines.......413
5.TheoryofThermalLineShift................418
References...........................423

17.Vibrational-ElectronicInteractionandSpectra425
1.Introduction..........................425
2.Ion-VibrationInteractioninMolecularComplexes.....425
3.VibronicSpectraofMolecularComplexes.........427
4.SpaceGroupsandLatticeVibrations............438
5.LatticeAbsorptioninPerfectCrystals...........445
6.PhononActivationDuetoImpurityIons
inPerfectCrystals......................447
7.SelectionRulesforVibronicTransitionsDue
toMagneticImpuritiesinCrystals.............450
References...........................452

18.EnergyTransferAmongIonsinSolids455
1.Quantum-MechanicalTreatmentoftheInteractions
AmongAtoms.........................455
2.DifferentTypesofInteractions................469
3.ModesofExcitationandTransfer..............478
4.EnergyTransferwithNoMigrationofExcitation
AmongDonors........................482
5.EnergyTransferwithMigrationofExcitation
AmongDonors........................495
References...........................514

19.AbsorptionSpectraofMagneticIonsinCrystals517
1.TheAandBCoefficientsasRelatedtoMagneticIons
inCrystals...........................517
2.GeneralPropertiesofAbsorptionSpectra.........520
3.AbsorptionSpectraofMagneticIonsinCrystals......526
4.TheEffectsofTemperatureonAbsorptionSpectra....532
5.ExcitedStateAbsorption...................541
References...........................544

20.FluorescenceSpectraofMagneticIonsinCrystals547
1.TheFluorescenceEmissionofMagneticIonsUnder
ContinuousExcitation....................547
2.TheResponseofFluorescentSystems
toTransientExcitation....................553
3.GeneralPropertiesoftheFluorescenceDecays
inaMultilevelSystem....................558
4.InteractionsofMagneticIonsandTheirEffects
ontheFluorescenceOutput.................562
5.TheFactorsAffectingtheFluorescenceEmission.....564
6.FluorescenceofMagneticIonsinCrystals.........573
References...........................578

21.ElementsofLaserTheory583
1.LaserConditions.......................583
2.ExamplesofIonicSolidStateLasers............598
References...........................605
SubjectIndex607