激光原理（第4版）（脊梁破损.边口黄斑右侧边口污渍.

图书标准信息

• 作者 [意]斯维尔托 著
• 出版社 世界图书出版公司
• 出版时间 2008-03
• 版次 1
• ISBN 9787506291569
• 定价 99.00元
• 装帧 平装
• 开本 16开
• 纸张 胶版纸
• 页数 604页
• 正文语种 英语

【内容简介】

　　ThisnewFourthEditionofPrinciplesofLasersissothoroughlyupdatedandexpandedthatitisvirtuallyawholenewbook。Butthetextsessentialmissionremainsthesame：toprovideawide-rangingyetunifieddescriptionoflaserbehavior，physics，technology,andcurrentapplications。Dr.Sveltoemphasizesthephysicalratherthanthemathematicalaspectsoflasers，andpresentsthesubjectinthesimplesttermscompatiblewithacorrectphysicalunderstanding。
　　作者简介：
　　OrazioSveltoisProfessorofQuantumElectronicsatthePolytechnicInstituteofMilanandDirectoroftheQuantumElectronicsCenteroftheItalianNationalResearchCouncil。Hisresearchhascoveredawiderangeofactivityinthefieldoflaserphysicsandquantumelectronics，startingfromtheverybeginningofthesedisciplines。Thisactivityincludesultrashort-pulsegenerationandapplications，developmentoflaserresonatorsandmode-selectiontechniques，laserapplicationsinbiologyandmedicine，anddevelopmentofsolid-statelasers。ProfessorSveltoistheauthorofmorethan150scientificpapersandhisresearcheshavebeenthesubjectofmorethan50invitedpapersandinternationalconferences。HehasservedasaprogramchairoftheIXInternationalQuantumElectronicsConference（1976），asachairoftheEuropeanprogramcommitteeforCLEO85andCLEO90，andhewasgeneralco-chairforthefirstCLEO-EuropeConference（1994）。HeisanelectedmemberoftheItalian“AccademiadeiXL”andaFellowoftheIEEE。

【作者简介】

　　OrazioSveltoisProfessorofQuantumElectronicsatthePolytechnicInstituteofMilanandDirectoroftheQuantumElectronicsCenteroftheItalianNationalResearchCouncil.Hisresearchhascoveredawiderangeofactivityinthefieldoflaserphysicsandquantumelectronics，startingfromtheverybeginningofthesedisciplines.Thisactivityincludesultrashort-pulsegenerationandapplications，developmentoflaserresonatorsandmode-selectiontechniques，laserapplicationsinbiologyandmedicine，anddevelopmentofsolid-statelasers.ProfessorSveltoistheauthorofmorethan150scientificpapersandhisresearcheshavebeenthesubjectofmorethan50invitedpapersandinternationalconferences.HehasservedasaprogramchairoftheIXInternationalQuantumElectronicsConference（1976），asachairoftheEuropeanprogramcommitteeforCLEO85andCLEO90，andhewasgeneralco-chairforthefirstCLEO-EuropeConference（1994）.HeisanelectedmemberoftheItalian“AccademiadeiXL”andaFellowoftheIEEE.

【目录】

ListsofExamples
1.IntroductoryConcepts
1.1　SpontaneousandStimulatedEmission,Absorption
1.2　TheLaserIdea
1.3　PumpingSchemes
1.4　PropertiesofLaserBeams
1.4.1Monochromaticity
1.4.2Coherence
1.4.3Directionality
1.4.4Brightness
1.4.5ShortPulseDuration
1.5LaserTypes
Problems
2.InteractionofRadiationwithAtomsandIons
2.1.Introduction
2.2.SummaryofBlackbodyRadiationTheory
2.2.1ModesofaRectangularCavity
22.2Rayleigh-JeansandPlanckRadiationFormula
2.2.3Planck’sHypothesisandFieldQuantization
2.3SpontaneousEmission
2.3.1SemiclassicalApproach
2.3.2QuantumElectrndynamicsApproach
2.33AllowedandF0rbiddenTransitions
2.4AbsorptionandStimulatedEmission
2.4.1AbsorptionandStimulatedEmissionRates
2.4.2AllowedandForbiddenTtansitions
2.4.3TransitionCrossSection，Absorption.andGainCoe佑cient
2.4.4EinsteinThermndynamicTreatment
2.5Line-BroadeningMechanisms
2.5.1HomogeneousBroadening
2.5.2InhomogeneousBroadening
2.5.3ConcludingRemarks
2.6NonradiativeDecayandEnergyTransfer
2.6.lMechanismsOfNonradiativeDecay
2.6.2CombinedEfieCtSofRadiativeandNonradiativeProcesses
2.7　DegenerateorStronglyCoupledLevels
2.7.lDegenerateLevels
2.7.2StronglyCoupledLex，els
2.8Saturation
2.8.lSaturationofAbsorption：HomogeneousLine
2.8.2GainSaturation：HomogeneousLine
2.8.3InhOmogeneouslyBroadenedLine
2.9FluourescenceDecayofanOpticallyDenseMedium
2.9.1RadiationTrapping
2.9.2AmplifiedSpontaneousEmission
2.10ConcludingRemarks
Problems
References
3.EnergyLevelsRadiativeandNonradiativeTransitionsinMoleculesandSemiconductors
3.1Molecules
3.1.1EnergyLevels
3.l.2Level0ccupationatThermalEquilibrium
3.1.3StimulatedTransitions
3.l.4RadiativeandNonradiativeDecay
3.2BulkSemiconductors
3.2.1ElectronicStates
3.2.2DensityofStates
3.2.3LeveIOccupationatThermalEquilibrium
3.2.4StimulatedTransitions：SelectionRules
3.2.5AbsorptionandGainCoefficients
3.2.6SpontaneousEmissionandNonradiativeDecay
3.2.7ConcludingRemarks
3.3SemiconductorOuantumWells
3.3.1ElectronicStates
3.3.2DensityofStates
3.3.3LevelOccupationatTherrnalEquilibrium
3.3.4StimulatedTransitions：SelectionRules
3.3.5AbsorptionandGainCoefficients
3.3.6StrainedQuantumwells
3.4QuantumWiresandQuantumDots
3.5ConcludingRemarks
Problems
References
4.RayandWavePropagationthroughOpticalMedia
4.1Introduction
5.PassiveOpticalResonators
6.PumpingProcess
7.ContinuousWaveLaserBehavior
8.TransientLaserBehavior
9.Solid-State，Dye，andSemiconductorsLasers
10.Gas.Chemical，Free-Election，andX-RayLasers
11.PropertiesofLaserBeams
12.LaserBeamTransformation：Propagation，Amplification，FrequencyConversion，PulseCompression，andPulseExpansion
Appendixes
AnswerstoSelectedProblems
Index