光學元件模擬與應用

臺北科技大學 114-2 學期課程，課號 356924。

課程大綱

1. 馬克斯威爾方程式， 2. 解馬克斯威爾方程式的數值方法， 3.邊界條件與收斂， 4.曲線擬合與光學建模，5. 光學次波長元件介紹， 6.數值方法與Matlab 輸出， 7. 近場與遠場分析， 8. 數值範例演練。 1. Ｍaxwell’s equations, 2. The numerical methods for Maxwell’s equations, 3. Boundary conditions and converge, 4. Curve fitting and optical modeling, 5. Introduction to optical subwavelength-elements, 6. The combination of numerical methods and Matlab, 7. The analysis of near-field and far-field, 8. Simulation Examples

課程進度

Week 1 Introduction Week 2 Maxwell's equations Week 3 The numerical methods Week 4 FDTD Week 5 Boundary conditions Week 6 Converge Requirments Week 7 Curve fitting Week 8 Optical modeling Week 9 Mid-term Week 10 Subwavelength elements Week 11 Export tools: Matlab Week 12 Near-field & far-field Week 13 Simulation Example: OLEDs Week 14 Simulation Example: Solar Cells Week 15 Simulation Example: Nanoparticles Week 16 Simulation Example: Periodic structures Week 17 Simulation Example: Metamaterials Week 18 Final Exam

評量方式

Homework 40% Mid-term project 30% Final Exam 30%

教材

【遵守智慧財產權觀念，請使用正版教科書，不得使用非法影印教科書】 使用外文原文書：是 1. TAFLOVE Allen, HAGNESS Susan C., Computational electrodynamics: The finite-difference time-domain method, (3rd Ed.), LAVOISIER S.A.S, 2023