1142_Theory and Application of Diffractive Optics with Lab practice_356973
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Course Intro
Course Resources
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syllabus_2026spring
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1_Introduction
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2_MATLAB入門之旅(繁)
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3_1Analysis Methods
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3_2Analysis Methods
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3_3Analysis Methods
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4_1Design Method_IFTA
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4_2Design Method_SA
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4_3Design Method_GA
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4_4Design Example of DOEs
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5_1DOE Applications
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5_2DH3D2015
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5_3DOE Application_optical lithography
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5_3DOE Application_industry
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6_Diffraction Gratings
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7_Manufacture Techniques_Binary optics
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8_T&W_chapter1
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P1-繞射光學元件原理與應用作業-一維FT
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P2-MATLAB繞射模擬2023
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P3_IFTA程式說明
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[錄]W2. Introduction to Diffractive Optics, Principles and Applications 03021312
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[錄]W2. Learning Matlab 03091315
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[錄]W4. Two-dimensional Fourier Transform and Sampling Theory 03161313
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[錄]W5. Fresnel and Fraunhofer Diffractions and Simulations 03231315
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[錄]W10. Practice & Experiment of IFTA 04271313
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[錄]W11. Simulated Annealing Algorithm, DS & PHIO 05041313
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[錄]W12. Genetic Algorithm and Optimization Strategy 05111315
Teacher / 徐巍峰
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