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Optics [Edited by Wang Wenjun, Zhang Shanbiao, Yang Zhaohua] 2011 Edition

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Optical publication time: 2011 edition Brief introduction "Eleventh Five-Year Plan" textbooks for general higher education: Optics is a supporting textbook of Shandong Province's excellent curriculum. The requirements of the "Outline of the National Medium- and Long-term Education Reform and Development Plan (2010-2020)" are combined with the characteristics and actual conditions of optical teaching in local comprehensive universities and normal universities. According to the education requirements of "thick foundation, wide caliber, large comprehensive", the "Eleventh Five-Year Plan" teaching materials for general higher education: Optics brings together the past 10 years of Liaocheng University, Taishan University, Shandong Normal University, Qufu Normal University, Jinan The new achievements and new experience of optical teaching reform in 17 universities such as universities, Jining College and Shandong University of Technology, together with experimental teaching materials, electronic lesson plans, and online courses, are new systems and three-dimensional optical teaching materials. The "Eleventh Five-Year Plan" textbook for general higher education: Optics is adapted to the teaching arrangement of 56-72 hours, and can be used as a local comprehensive university, normal college, vocational college physics, applied physics, physics education, light Textbooks or reference books for students majoring in information science and technology and similar science and engineering majors are suitable for different levels of teaching needs. The content with "." In the book is an elective part, and can also be read by other professional students and interested readers.
Preface Introduction
0.1 Contents, methods and characteristics of optical research
0.2 Theoretical System Framework of Optics
0.3 The Nature of Light-What Is Light Chapter 1 Basic Principles of Geometric Optics
1.1 Basic laws of geometric optics
1.2 Fermat's Principle
1.3 Concentric beam objects and images
1.4 Reflection and refraction of light on a plane
1.5 Refraction and reflection of light on a single sphere
1.6 Total reflection fiber and prism
1.7 Thin lens
1.8 Base points and surfaces of coaxial spherical systems
1.9 Matrix method for paraxial imaging of coaxial spherical systems
1.10 Variable-refractive-index optical phenomena
2.1 Basic concepts of photometry
2.2 Aperture
2.3 Introduction to Aberrations
3.1 Optical system of the human eye
3.2 Magnifying power of visual aids
3.3 Principles of Projection Optical Instruments
3.4 Condensing power of geometrical optics
4.1 Electromagnetic properties of light waves
4.2 Mathematical description of light wave field
4.3 Fresnel formula
4.4 Half-wave loss of phase jump caused by reflected light at the reflection point
4.5 Light Energy Flow, Reflectance and Transmission Ratio of Light Intensity
5.1 Superposition principle of light waves from light sources
5.2 Coherent and non-coherent superposition, coherent conditions
5.3 Young's double-slit experiment
5.4 Double prism, double mirror, Lloyd mirror interference experiment
5.5 Effect of light source width on interference fringe visibility Spatial coherence
5.6 Effect of Non-Monochromaticity of Light Source on Visibility of Interference Fringe
5.7 Sub-Amplitude Thin Film Interference (1): Isotropic Interference
5.8 Sub-Amplitude Thin Film Interference (2): Equal-thickness interference
5.9 Application of Thin Film Interference
5.10 Michelson Interferometer and Application
5.11 Fabry-Perot Interferometer and Application
5.12 Other Interferometers and Applications Chapter Summary Thinking Exercises Chapter 6 Diffraction of Light
6.1 Diffraction of light
6.2 Huygens-Fresnel Principle
6.3 Fresnel half-band method and amplitude vector solution
6.4 Fresnel diffraction
6.5 Fraunhofer Diffraction and Circular Diffraction
6.6 Resolving power of visual aids
6.7 Fraunhofer single slit diffraction and rectangular aperture diffraction ...
Chapter 7 Polarization of Light Chapter 8 Absorption, Dispersion, and Scattering of Light Chapter 9 Quantum Nature of Light Chapter 10 Fundamentals of Lasers and Nonlinear Optics

光学[王文军,张山彪,杨兆华编] 2011年版 Download Address Optics [Edited by Wang Wenjun, Zhang Shanbiao, Yang Zhaohua] 2011 Edition

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