相干光学：基础及应用（第2版）【精装】

图书标准信息

• 作者 [德]劳特伯恩（Lauterborn.W）、[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元
• 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

【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