光学

Course

Chinese

Source

From www.xuetangx.com

More info

Introductive Level
Starts on March 14, 2016

Their employees are learning daily with

Learn more

Course details

Syllabus

Chapter 1 General Property of Wave(波的一般性质): 1.0 History of Optics 光学的历史发展; 1.1 Why Classical Wave Theory is Correct 经典理论为何正确; 1.2 Wave and Wave Equation 波和波动方程; 1.3 Harmonic Wave 简谐波; 1.4 Phase Velocity and Phase Difference 相速度与相位差; 1.5 Superposition Principle 叠加原理; 1.6 Example of Superposition and Reciprocal Relation 叠加例子与反比关系; 1.7 Euler Formula and Phasor 波的复数表达和旋转矢量表示; 1.8 Doppler Effect 多普勒效应; 1.9 Doppler Broadening 多普勒展宽; 1.10 Plane Wave and Spherical Wave 平面波与球面波; 第一章习题

Chapter 2 Electro-Magnetic Wave(电磁波): 2.1 Maxwell Equations(Maxwell 方程组); 2.2 Wave Equation for E-M Field(电磁场的波动方程); 2.3.1 Index of Refraction(折射率); 2.3.2 Understanding n from Dipoles(用偶极模型理解折射率); 2.4 E-M Wave is Transverse(电磁波是横波); 2.5 Energy Flow of E-M Wave(电磁波的能流); 2.6 Momentum and photo-Pressure(动量和光压); 2.7.1 Dipole Oscillator 1(偶极振子1); 2.7.2 Dipole Oscillator 2(偶极振子2); 2.8 Radiation by Dipole Oscillator(偶极振子的辐射); 第二章习题

Chapter 3 Light Propagation through Homogeneous and Isotropic Media: 3.1 Reflection and Refraction (反射与折射); 3.2 Huygens Principle（惠更斯原理）; 3.3.1 Fermat Principle part1: Optical Path Length (费马原理第一部分：光程); 3.3.2 Fermat Principle part2: an Explanation (费马原理第二部分：一种解释); 3.4.1 Scattering Point of View 1 (散射图像1); 3.4.2 Scattering Point of View 2 (散射图像2); 3.5 Reflection and Refraction Rules Derived from Boundary Conditions of Maxwell Equations(利用Maxwell方程组满足的边界条件推导反射折射规律); 3.6.1 The Basic problem and Setup of Coordinates (基本问题和坐标系的建立); 3.6.2 The Reflection and Transmission Coefficients (发射与透射系数); 3.6.3 Discussion on Amplitude of the Coefficients (对系数大小的讨论); 3.6.4 Discussion on Phase of the Coefficients (对系数位相的讨论); 3.7 Stokes Relation and Half Wavelength Difference (Stokes关系式和半波损); 第三章习题

Chapter 4 Geometric optics(几何光学): 4.1 Introduction(几何光学介绍); 4.2 Important Jargons(重要的术语); 4.3.1 Image formation by Spherical Surface and Paraxial Approxiamation(球面成像和傍轴近似); 4.3.2 Image Formation Formula(成像公式); 4.3.3 Example and Transverse Magnification(例题和横向放大率); 4.4 Thin Lens(薄透镜); 4.5 Thick Lens(厚透镜); 4.6.1 Matrix Treatment 1: Matrix for Propagation and Refraction(矩阵处理1：表示传播与折射的矩阵); 4.6.2 Matrix Treatment 2: Lens Matrix(矩阵处理2：透镜矩阵); 4.6.3 Matrix Treatment 3: Relations between Matrix Elements and Cardinal Points(矩阵处理3：矩阵元与主点的联系); 第四章习题

Chapter 5 Interference and Coherence(Part 1): 5.0 What is Interference(什么是干涉); 5.1.1 Superposition of Waves: General Case(波叠加的通式); 5.1.2 Adding Wave with Same Frequency and Direction(同频同向波的叠加); 5.1.3.1 Standing Wave 1 (驻波（上）); 5.1.3.2 Standing Wave 2 (驻波（下）); 5.1.4.1 Adding Waves with Different Frequencies 1: Beat and Group Velocity(不同频率波的叠加（上）：拍和群速度); 5.1.4.2 Adding Waves with Different Frequencies 2: Continuous Frequency Spectrum(不同频率波的叠加（中）：连续的频谱); 5.1.4.3 Adding Waves with Different Frequencies 3: property of Wave Packet and Reciprocal Relation(不同频率波的叠加（下）：波包的性质与反比关系); 5.2.1 Interference of Two Point Sources and Coherent Condition(两个点源的干涉和相干条件); 5.2.2 Young's Double-Slits Experiment(杨氏双缝干涉实验); 5.2.3 Another Treatment of Young's Interference, Paraxial and Far-field Condition(杨氏干涉的另一种处理，傍轴和远场条件); 第五章习题（上）; 5.3.0 Interference by Thin Film(薄膜干涉); 5.3.1 Equal Thickness Fringe(等厚干涉条纹); 5.3.2 Equal Inclination Fringe(等倾干涉条纹); 5.3.3 Michelson Interferometer(Michelson干涉仪); 5.4.0 Multibeam Interference(多光束干涉); 5.4.1.1 Derivation 1(理论推导（上）); 5.4.1.2 Derivation 2(理论推导（下）); 5.4.2.1 Discussion(结论与讨论); 5.4.2.2 Application: F-P Interferometer(应用：F-P 干涉仪); 5.5.0 Coherence Theory(相干理论); 5.5.1 Spatial Coherence(空间相干性); 5.5.2.1 Temporal Coherence(时间相干性); 5.5.2.2 Coherent Time and Length(相干时间和相干长度); 5.5.3.1 Definition of Correlation Function(关联函数定义); 5.5.3.2 Correlation Function and Coherence(关联函数与相干); 第五章习题（下）

Chapter 6: 6.1 basic problem in diffraction(衍射的基本问题); 6.2.1 Huygens-Fresnel Principle and Kirchhoff Euation(惠更斯-菲涅耳原理和基尔霍夫方程); 6.2.2 Fresnel and Fraunhoffer Diffraction(菲涅耳与夫琅和费衍射); 6.3.1 Fresnel Diffraction 1: Half Wavelength Plate(菲涅耳衍射1：半波带法); 6.3.2 Fresnel Diffraction 2: Phasor Method(菲涅耳衍射2：旋转矢量法); 6.3.3 Fresnel Diffraction 3: Opaque Disk and Babinet Principle(菲涅耳衍射3：圆屏衍射和Babinet原理); 6.3.4 Fresnel Diffraction 4: Fresnel Zone Plate(an application)(菲涅耳衍射4：菲涅耳波带片（一个应用）); 6.4.0 Fraunhoffer Diffraction: General Expression(夫琅和费衍射1：普遍表达形式); 6.4.1.1 Single Slit Fraunhoffer Diffraction(单缝夫琅和费衍射); 6.4.1.2 Characteristic of Single Slit Case(单缝衍射的特点); 6.4.2 Fraunhoffer Diffraction for Rectangular Window(矩形窗口的夫琅和费衍射); 6.4.3.1 Fraunhoffer Diffraction for Circular Aperture(圆孔的夫琅和费衍射); 6.4.3.2 Diffraction Limit on Resolution(分辨率的衍射极限); 第六章习题

Prerequisite

None.

Instructors

蒋硕

Platform

Founded by Tsinghua University in October 2013, XuetangX is the world’s first Chinese MOOC platform and serves as the research and application platform for the Ministry of Education (MOE) Research Center for Online Education. XuetangX has been awarded as one of the national first batch of demonstration base projects for innovation and entrepreneurship. Besides, XuetangX also works with the International Center for Engineering Education (ICEE) under the auspices of UNESCO and supports its online portion. By the end of June 2018, with a total of 25 million enrollments and more than 1,500 online courses from 13 disciplined fields, XuetangX has accumulated over 12 million registered users, covering 209 countries and regions.

(no review)

Complete this resource to write a review

光学