相干光学：基础及应用（第2版）

相干光学：基础及应用（第2版）

分享

作者: [德] 劳特伯恩（Lauterborn.W）著 , [德] 劳特伯恩（Lauterborn.W）著

出版社: 科学出版社

出版时间: 2011-06

版次: 1

ISBN: 9787030313942

定价: 88.00

装帧: 精装

开本: 16开

纸张: 胶版纸

页数: 346页

字数: 440千字

正文语种: 英语

分类: 自然科学

10人买过

《相干光学：基础及应用（第2版）》内容涉及光学的不同领域，包括：干涉测量术，全息术，付里叶光学和非线性光学现象等。作为《相干光学：基础及应用（第2版）》的一大特色是作者把它们统一归纳到相干光学的范畴内，从相干性基本原理出发，详细论述了它们的理论和应用。书中提供了当代有关相干光学的最新研究成果，特别是有关非线性光学若干现代课题的研究进展。此外，作者在书中收集了大量例题，练习题包括它们完全解答，相信这将有助于读者加深知识的理解。为适应科学研究的飞速发展，《相干光学：基础及应用（第2版）》的这一完全修订版已经在原书基础上做了内容的更新和扩充。《相干光学：基础及应用（第2版）》是为工作在这一领域的研究生和高年级大学生写的，也是活跃在这一领域的科学工作者的一本很好的参考书。 1.HistoryofOptics
1.1Past
1.2Present
1.3Future
Problems
2.TheMainAreasofOptics
2.1GeometricalOptics
2.2WaveOptics
2.3QuantumOptics
2.4StatisticalOptics
3.FundamentalsofWaveOptics
3.1Maxwell'sEquations
3.2TheWaveEquation
3.3Waves
3.3.1One-DimensionalWaves
3.3.2PlaneWaves
3.3.3SphericalWaves
3.3.4BesselWaves
3.3.5EvanescentWaves
3.3.6PolarizedWaves
3.4IntensityofaLightWave
Problems
4.Coherence
4.1TemporalCoherence
4.2SpatialCoherence
4.3SpatiotemporalCoherence
4.4ComplexRepresentationoftheLightField
4.5StellarInterferometry
4.6FourierSpectroscopy
4.7IntensityCorrelation
Problems
5.Multiple-BeamInterference
5.1Fabry-PerotInterferometer
5,2ModeSpectrumofaLaser
5.2.1InterferenceSpectroscopy
5.2.2Difference-FrequencyAnalysis
5.3Dual-RecyclingInterferometer
Problems
6.Speckles
6.1IntensityStatistics
6,2SpeckleSizes
6,3SpecklePhotography
6.3.1Double-ExposureTechnique
6.3,2Time-AverageTechnique
6,4FlowDiagnostics
6.5StellarSpeckleInterferometry
Problems
7.Holography
7.1PrincipleofHolography
7.1.1HologramRecording
7.1.2ImageReconstruction
7.1.3LocationoftheImages
7.1,4PhaseConjugation
7.2TheImagingEquationsofHolography
7.3HolographicArrangements
7.3.1In-lineHolograms
7.3.2ReflectionHolograms
7.3.3TransmissionHolograms
7,3.4White-LightHolograms
7.3.5RainbowHolograms
7.4HolographicCinematography
7.5DigitalHolography
7,5,1DirectSimulation
7.5.2SimulationwithSquareLightWaves
7.5.3Digitalhologramrecordingandreconstruction.
Problems
8.Interferometry
8.1Mach-ZehnderInterferometer
8.2SagnacInterferometer
8.3HolographicInterferometry
8.3.1Real-TimeMethod
8.3.2Double-ExposureMethod
8.3.3Time-AverageMethod
8.4TheoryofHolographicInterferometry
8.4.1Real-TimeandDouble-ExposureMethod
8.4.2Time-AverageMethod
8.4.3Time-AverageMethodinRealTime
Problems
9.FourierOptics
9.1ScalarDiffractionTheory
9.1.1FresnelApproximation
9.1.2FraunhoferApproximation
9.2FourierTransformbyaLens
9.3OpticalFourierSpectra
9.3.1PointSource
9.3.2PlaneWave
9.3.3InfinitelyLongSlit
9.3.4TwoPointSources
9.3.5CosineGrating
9.3.6CircularAperture
9.3.7CompoundDiffractingSystems
9.4CoherentOpticalFiltering
9.4.1Low-PassFilterorSpatialFrequencyFilter
9.4.2High-PassFilterorDarkFieldMethod
9.4.3PhaseFilterorPhaseContrastMethod
9.4.4Half-PlaneFilterorSchlierenMethod
9.4.5RasterElimination
9.4.6DemonstrationExperiment
9.4.7HolographicFilters
9.4.8PatternRecognition
Problems
10.TheLaser
10.1TheLaserPrinciple
10.2LaserRateEquations
10.3StationaryOperation
10.4StabilityAnalysis
10.5Transientdynamics
10.5.1RelaxationOscillations
10.5.2Q-Switching
10.5.3CavityDumping
10.6ChaoticDynamics
10.7Synchronization
Problems
11.UltrafastOptics
11.1PropertiesofUltrashortPulses
11.1.1Time-BandwidthProduct
11.1.2ChirpedPulses
11.2GenerationofUltrashortPulses
11.2.1PrincipleofModeLocking
11.2.2MethodsofModeLocking
11.2.3Sonoluminescence
11.2.4ChirpedPulseAmplification
11.3MeasurementofUltrashortPulses
11.4OpticalGating
11.5OpticalCoherenceTomography
Problems
12.NonlinearOptics
12.1Two-WaveInteraction
12.1.1Two-PhotonAbsorption
12.1.2Two-PhotonIonization
12.2Three-WaveInteraction
12.2.1Second-HarmonicGeneration
12.2.2Sum-FrequencyGeneration
12.2.3Difference-FrequencyGeneration
12.2.4OpticalParametricAmplifier
12.3Four-WaveInteraction
12.4Multi-photonInteraction
12.4.1FrequencyMultiplication
12.4.2Multi-photonAbsorptionandIonization
12.5FurtherNonlinearOpticalPhenomena
12.6NonlinearPotentials
12.7InteractionofLightWaves
12.7.1Three-WaveInteraciion
12.7.2ScalarThree-WaveInteraction
12.7.3Second-HarmonicGeneration
12.7.4OpticalParametricAmplifier
12.7.5OpticalParametricOscillator
12.7.6Three-WaveInteractioninthePhotonPicture.
Problems
13.FiberOptics
13.1GlassFibers
13.1.1Profile
13.1.2GuidedWaves
13.1.3Attenuation
13.2FiberSensors
13.3OpticalSolitons
13.3.1Dispersion
13.3.2Nonlinearity
13.4Fiber-OpticSignalProcessing
Problems
A.TheFourierTransform
A.1One-DimensionalFourierTransform
A.2Two-DimensionalFourierTransform
A.3ConvolutionandAutocorrelation
A.4PropertiesoftheFourierTransform
A.5SelectedFunctionsandTheirFourierTransforms
Problems
B.SolutionsofProblems
References
Index
内容简介:
《相干光学：基础及应用（第2版）》内容涉及光学的不同领域，包括：干涉测量术，全息术，付里叶光学和非线性光学现象等。作为《相干光学：基础及应用（第2版）》的一大特色是作者把它们统一归纳到相干光学的范畴内，从相干性基本原理出发，详细论述了它们的理论和应用。书中提供了当代有关相干光学的最新研究成果，特别是有关非线性光学若干现代课题的研究进展。此外，作者在书中收集了大量例题，练习题包括它们完全解答，相信这将有助于读者加深知识的理解。为适应科学研究的飞速发展，《相干光学：基础及应用（第2版）》的这一完全修订版已经在原书基础上做了内容的更新和扩充。《相干光学：基础及应用（第2版）》是为工作在这一领域的研究生和高年级大学生写的，也是活跃在这一领域的科学工作者的一本很好的参考书。
目录:
1.HistoryofOptics
1.1Past
1.2Present
1.3Future
Problems
2.TheMainAreasofOptics
2.1GeometricalOptics
2.2WaveOptics
2.3QuantumOptics
2.4StatisticalOptics
3.FundamentalsofWaveOptics
3.1Maxwell'sEquations
3.2TheWaveEquation
3.3Waves
3.3.1One-DimensionalWaves
3.3.2PlaneWaves
3.3.3SphericalWaves
3.3.4BesselWaves
3.3.5EvanescentWaves
3.3.6PolarizedWaves
3.4IntensityofaLightWave
Problems
4.Coherence
4.1TemporalCoherence
4.2SpatialCoherence
4.3SpatiotemporalCoherence
4.4ComplexRepresentationoftheLightField
4.5StellarInterferometry
4.6FourierSpectroscopy
4.7IntensityCorrelation
Problems
5.Multiple-BeamInterference
5.1Fabry-PerotInterferometer
5,2ModeSpectrumofaLaser
5.2.1InterferenceSpectroscopy
5.2.2Difference-FrequencyAnalysis
5.3Dual-RecyclingInterferometer
Problems
6.Speckles
6.1IntensityStatistics
6,2SpeckleSizes
6,3SpecklePhotography
6.3.1Double-ExposureTechnique
6.3,2Time-AverageTechnique
6,4FlowDiagnostics
6.5StellarSpeckleInterferometry
Problems
7.Holography
7.1PrincipleofHolography
7.1.1HologramRecording
7.1.2ImageReconstruction
7.1.3LocationoftheImages
7.1,4PhaseConjugation
7.2TheImagingEquationsofHolography
7.3HolographicArrangements
7.3.1In-lineHolograms
7.3.2ReflectionHolograms
7.3.3TransmissionHolograms
7,3.4White-LightHolograms
7.3.5RainbowHolograms
7.4HolographicCinematography
7.5DigitalHolography
7,5,1DirectSimulation
7.5.2SimulationwithSquareLightWaves
7.5.3Digitalhologramrecordingandreconstruction.
Problems
8.Interferometry
8.1Mach-ZehnderInterferometer
8.2SagnacInterferometer
8.3HolographicInterferometry
8.3.1Real-TimeMethod
8.3.2Double-ExposureMethod
8.3.3Time-AverageMethod
8.4TheoryofHolographicInterferometry
8.4.1Real-TimeandDouble-ExposureMethod
8.4.2Time-AverageMethod
8.4.3Time-AverageMethodinRealTime
Problems
9.FourierOptics
9.1ScalarDiffractionTheory
9.1.1FresnelApproximation
9.1.2FraunhoferApproximation
9.2FourierTransformbyaLens
9.3OpticalFourierSpectra
9.3.1PointSource
9.3.2PlaneWave
9.3.3InfinitelyLongSlit
9.3.4TwoPointSources
9.3.5CosineGrating
9.3.6CircularAperture
9.3.7CompoundDiffractingSystems
9.4CoherentOpticalFiltering
9.4.1Low-PassFilterorSpatialFrequencyFilter
9.4.2High-PassFilterorDarkFieldMethod
9.4.3PhaseFilterorPhaseContrastMethod
9.4.4Half-PlaneFilterorSchlierenMethod
9.4.5RasterElimination
9.4.6DemonstrationExperiment
9.4.7HolographicFilters
9.4.8PatternRecognition
Problems
10.TheLaser
10.1TheLaserPrinciple
10.2LaserRateEquations
10.3StationaryOperation
10.4StabilityAnalysis
10.5Transientdynamics
10.5.1RelaxationOscillations
10.5.2Q-Switching
10.5.3CavityDumping
10.6ChaoticDynamics
10.7Synchronization
Problems
11.UltrafastOptics
11.1PropertiesofUltrashortPulses
11.1.1Time-BandwidthProduct
11.1.2ChirpedPulses
11.2GenerationofUltrashortPulses
11.2.1PrincipleofModeLocking
11.2.2MethodsofModeLocking
11.2.3Sonoluminescence
11.2.4ChirpedPulseAmplification
11.3MeasurementofUltrashortPulses
11.4OpticalGating
11.5OpticalCoherenceTomography
Problems
12.NonlinearOptics
12.1Two-WaveInteraction
12.1.1Two-PhotonAbsorption
12.1.2Two-PhotonIonization
12.2Three-WaveInteraction
12.2.1Second-HarmonicGeneration
12.2.2Sum-FrequencyGeneration
12.2.3Difference-FrequencyGeneration
12.2.4OpticalParametricAmplifier
12.3Four-WaveInteraction
12.4Multi-photonInteraction
12.4.1FrequencyMultiplication
12.4.2Multi-photonAbsorptionandIonization
12.5FurtherNonlinearOpticalPhenomena
12.6NonlinearPotentials
12.7InteractionofLightWaves
12.7.1Three-WaveInteraciion
12.7.2ScalarThree-WaveInteraction
12.7.3Second-HarmonicGeneration
12.7.4OpticalParametricAmplifier
12.7.5OpticalParametricOscillator
12.7.6Three-WaveInteractioninthePhotonPicture.
Problems
13.FiberOptics
13.1GlassFibers
13.1.1Profile
13.1.2GuidedWaves
13.1.3Attenuation
13.2FiberSensors
13.3OpticalSolitons
13.3.1Dispersion
13.3.2Nonlinearity
13.4Fiber-OpticSignalProcessing
Problems
A.TheFourierTransform
A.1One-DimensionalFourierTransform
A.2Two-DimensionalFourierTransform
A.3ConvolutionandAutocorrelation
A.4PropertiesoftheFourierTransform
A.5SelectedFunctionsandTheirFourierTransforms
Problems
B.SolutionsofProblems
References
Index

查看详情

相关分类

农业/林业畜牧/养殖生物科学环境科学数学物理学力学化学天文学测绘学地球科学大气科学（气象学）地质学海洋学自然地理学

3

相干光学：基础及应用（第2版）

九品

我是天高皇帝远的书摊

江西省南昌市

平均发货9小时成功完成率99.35%

￥240.00

券

100减20

立即购买加入购物车
3

相干光学：基础及应用（第2版）无笔记

八五品

小米的书店

北京市大兴区

平均发货7小时成功完成率97.17%

￥288.00

券

100减20

立即购买加入购物车
10

相干光学：基础及应用（第2版）无勾画笔迹

九品

米高书店

北京市大兴区

平均发货6小时成功完成率97.16%

￥268.00

券

100减20

立即购买加入购物车
相干光学：基础及应用（第2版）正版现货，首页空白处有印章，内页干净无字迹无写划，如介意有印章请勿拍。

九品

亲湖书店

湖北省武汉市

平均发货10小时成功完成率94.71%

￥242.00

券

100减20

立即购买加入购物车
2

相干光学：基础及应用（第2版）页面干净无破损无字迹

九五品

宁远铭勤

北京市顺义区

平均发货12小时成功完成率87.34%

￥239.10

券

100减20

立即购买加入购物车