光学及光电子学设备与技术(影印版) 〔印〕伽戈利(Amar K.Ganguly) pdf epub mobi txt 电子书 下载 2024

基本信息

书名：光学及光电子学设备与技术(影印版)

定价：68.00元

作者：〔印〕伽戈利(Amar K.Ganguly)

出版社：科学出版社

出版日期：2011-05-01

ISBN：9787030307545

字数：

页码：

版次：1

装帧：平装

开本：16开

商品重量：0.522kg

编辑推荐

　　本书详述了近年来先进的光学及光电子学设备及技术。适合光电子学专业本科生作为教材使用，本书的主要特点有：每一章后都附有相应的参考题目关于光电子设备大量的习题对各种光电子设备详细的论述深入浅出，直观的语言用法易于阅读。

内容提要

光学及光电子学设备与技术一书详述了近年来先进的光学及光电子学领域的技术设备。光学及光电子学设备与技术（影印版）对各种光电子设备做了深入浅出的论述，附有大量的习题，语法直观易于阅读。光学及光电子学设备与技术（影印版）既可作为光电子学相关领域专家的重要参考资料，又可作为当前光电子学教学中所需的实用教材，也可以作为研究人员的参考书，对当前光电子学课程教学能起到很好的补充作用。

目录

Acknowledgement
Preface
1. Wave particleduality of light
1.1 introduction
1.2 particleproperties of wave
1.2.1 PhotmlectricEffect
1.2.2 Quantum Theory of Light
1.3 waveproperties of particle
1.3.1 UncertaintyPrinciple
1.4 experimental proof of wave particleduality
1.5 radiometry
1.5.1Luminescence
1.5.2 Radiation
1.5.3 JunctionPhoto-Effect
1.5.4 Optical SourceParameters
1.5.5 Optical Detector'sParameters
1.6 laws of radiation
1.7 radiometricfundamentals
1.7.1 Basic Radiometer
SolvedProblems
Unsolved Pmbiems
ReviewQuetions
Choose the CorrectAnswer
References
2. Geometricaloptics
2.1 Introduction
2.2 Optical pathformation principle
2.2.1 Fernat's Principle
2.3Image formation
2.4 Refractive index
2.5 Hygienprinciple of wavefront
2.6 Interference oflight
2.7 Laws of reflection
2.7.1 Laws ofReflection From Fermat's Principle
2.8 Laws ofrefraction
2.8.1 Laws of Refraction from Fermat'sPrinciple
2.9 Applications ofhuygen'sprinciple
2.9.1 Laws of Refraction using Huygen'sPrinciple
2.9.2 Total Internal Reflection
2.9.3Laws of Reflection using Huygen's PrincipaIe
SolvedProblems
Unsolved Problems
ReviewQuestions
Objecrive Questions
Choose the CorrectAnswer
References
3. Refraction and reflection byspherical surfaces
3.1 introduction
3.2 gaussianformulae for single surface
3.2.1 Derivation oftheGaussian Formula
3.3 newtonian formula
3.4 thinlenses
3.4.1 Lens Formula
3.4.2 LateralMagnification
3.4.3 Power of Lens
3.4.4 ImagesFormed by Lenses
3.5 aberration of lenses
3.5.1Chromatic Aberration
3.5.2 MonochromaticAberrations
3.5.3 Spherical Aberration
3.5.4Coma
3.5.5 Astigmatism
3.5.6 Curvature ofField
3.5.7 Distonion
3.6 sphericalmirrors
3.6.1 Mirror ForrnuIa
3.6.2 LateralMagnification
3.6.3 Power of SphencalMirror
3.6.4 Uses of Lenses
3.6.5 Uses ofMirrors
Solved Promems
UnsolvedProblems
Review Questions
ObjectiveQuesrions
Choose the CorrectAnswer
References
4. Opticalinstruments
4.1 Introduction
4.2 HumanEye
4.2.1 Defects of Vision
4.3Camera
4.3.1 Working Principle of a Camera
4.3.2Lens System of Camera
4.3.3 D:aphragm of aCamera
4.3.4 Shutter of a Camera
4.3.5 Stops andApenure
4.4 Microscope
4.4.1 CompoundMicroscope
4.4.2 Magnification of che CompoundMicrohcope
4.4.3 Microscope Objectives
4.4.4Eyepieces
4.4.5 Numerical Aperture
4.5Telescope
4.5.1 Astronomical Telescope
SolvedProbtems
Objecrive Questions
Chouse the CorrecrAnswer
Review Questions
References
5.Dispersion
5.1 Introduction
5.2Prism
5.3 Dispersion by a Prism
5.4Refractometers
5.4.1 GoniometricRelationship
5.4.2 InterferometricRelationship
5.4.3 Types of Refractomerers
5.4.4Jamin's Refractometer
5.4.5 Mach-ZehnderRefractometer
5.4.6 Rayltigh'sRefractorer
5.4.7 Pulfrich Refractometer
5.5gratings
5.6 monocromator
5.6.1 PrismMonochromator
5.6.2 Grating Mnnochromator
5.6.3Ebert-Fa'srlstie Grating Monochromator
5.7spectrometer
5.8 profile projector
5.9interferometer
5.9.1 MichelsonInterferometer
5.9.2 Fabry-PerotInterferometer
Solved Pmblcms
UnsolvedProhIerns
Review Qlteainns
ObjectiveeQustions
Choose the corrctanwser
Refewnces
6. Luminescencediodes
6.1 introduction
6.2electroluminescence
6.2.1 EIectroluminescentDevices
6.3 optoelectronic semiconductormaterial
6.3.1 Injection Luminescent Device
6.3.2Injection Efticiency
6.3.3 Injection Efficiency ofHeterojunction Structure
6.3.4 RebinationEfficiency
6.4 light emitting diode (LED)
6.4.1LED Construction
6.5 led structures
6.5.1 PlanarLED
6.5.2 Dome Shaped LED
6.5.3 HeterojunctionLED
6.5.4 Surface Emitting LED
6.5.5 EdgeEmitting LED
6.5.6 LED Chancteristics
6.5.7Intensity Distribution of Led
6.5.8 Temperature Dependenceof Output Power of LED
6.5.9 Spectral OutputCharacteristics of LED
6.6 modulation bandwidth ofLED
6.7 reliability of LED
6.8 advantages ofLED
6.9 uses of light emitting diodes
SolvedProblems
Unsohred Pmhiems
Reviewuestions
Objective Questions
Choose the CorrectAnswer
References
7. Laser
7.1introduction
7.2 mechanism of light wavegeneration
7.3 population inversion
7.4 opticalfeedback in laser
7.5 threshold condition andgain
7.6 gas laser
7.6.1 Helium NeonLaser
7.6.2 Carbon Dioxide Laser
7.7 solid statelaser
7.7.1 Ruby Laser
7.7.2 Nd:YAGLaser
7.8 liquid laser
7.9 semiconductorlaser
7.9.1 Semiconductor Laser Structure
7.9.2Buried Heterostructure Laser
7.9.3 Distributed FeedbackLaser
7.9.4 Quantum Well Lases
7.9.5 Mode Lockingin Laser
7.9.6 QSwitching in Laser
7.9.7 TunableSemiconductor Laser
7.10 properties of laserlight
7.11 advantages of laser over other opticalsources
Solved Problems
UnsolvedProblems
Rcrniew Questions
Choose the CorrectAnswer
References
8. Opticaldetectors
8.1 introduction
8.2 thermaldetectors
8.3 quantum detectors
8.3.1Photoelectric Effect
8.4 photoemissivecells
8.4.1 Photocell
8.4.2 Gas FilledPhotoemissive Tubes
8.4.3 PhotomultipIiers
8.5semiconductor photoelectric transducer
8.5.1 LightDependent Resistor(LDR)
8.6 photovoltaic cell
8.7light activated silicon controlled rectifier (lascr)
8.8photo-conductive detector
8.9 solar cell
8.9.1Heterostructured Solar Cell
8.9.2 Quasi MonocrystallineSilicon Solar Cell
8.10 p-n junctionphotodiode
8.10.1 Pin Photodiode
8.10.2 AvalanchePhotodiode
8.11 phototransistor
8.12 high-speedmetal-semiconductor-metal photo diode
SolvedProblem
Unsolved Problems
ReviewQuestions
Objecrive Questions
Choose the CorrectAnswer
Refemnces
9. Fiber optics
9.1introduction
9.2 optical fiber material
9.3fabrication of optical fiber
9.3.1 OpticalFibers
9.3.2 Optical Fiber Cables
9.4 opticalfiber as waveguide
9.4.1 Step Index Fiber
9.4.2Graded Index Fiber
9.5 principle of raypropagation
9.5.1 Meridional Ray
9.5.2 SkewRays
9.5.3 Acceptance Angle and NumericalAperture
9.6 electromagic wavepropagation
9.6.1 EIsctromagic Wave Propagation in StepIndex Fiber
9.6.2 EIecsrornagic Wave Propagation inGraM Index Fiber
9.7 single mode and multimodefiber
9.7.1 NomaIized Frequency
9.7.2 Cut offWavelength
9.7.3 Mode Volume
9.7.4 Mode FieldDiameter
9.7.5 Effective Refractive Index
9.8advantage of optical fiber
9.9 losses in opticalfiber
9.9.1 Absorption
9.9.2 Material AbsorptionLosses
9.9.3 Extrinsic Absorption Loss
9.9.4Intrinsic Absorption Loss
9.9.5 Absorption Los: 3ue toAtomic Defects in Basic Material (Glass)
9.9.6 ScatteringLosses
9.9.7 Rayleigh Scattering Loss
9.9.8 Miescattering loss
9.10 nonlinear scatteringlosses
9.10.1 Brillouin Scattering
9.10.2 RamanScattering
9.11 fiber bendlosses
Problems
ReviewQuestions
Objective Questions
Choose the CorrectAnswer
References
10. Optocoupler and fiber opticinstrumentation
10.1 introduction
10.2optocoupler
10.2.1 Main Features ofOptocoupler
10.2.2 Basic Components of OproeEecmnicCoupler
10.2.3 Fhotodetector
10.3 characteristicsof optoelectronic couplers
10.4 optoelectronicisolator
10.4.1 LED-Photodiode OptoelectronicIsolator
10.4.2 Isolation of LED-Photodiode OptmIectronicIsolator
10.4.3 LED-Phototransistor OptlwlectronicIsolator
10.5 speed of response of optoelectroniccoupler
10.6 applications of optoelectronicisolators
10.6.1 AC Line Voltage Monitor
10.6.2Fiber Optic Pressure Sensor
10.6.3 Fiber Optic FlowSensor
10.6.4 Optical Fiber DisplacementSensor
10.6.5 Optical Current Sensor
10.6.6 FiberOptic Displacement Sensor
10.6.7 ProfileProjector光学及光电子学设备与技术(影印版) 〔印〕伽戈利(Amar K.Ganguly) 电子书 下载 mobi epub pdf txt