課程介紹
主要在介紹固態擴散之基本觀念與應用等，重點在以微觀之原子理論與巨觀之現象理論，二方面之觀點探討擴散，並探索固態擴散在材料上的應用，以使學生對固態擴散有較深入之瞭解。
教科書:
自編講義 (class notes)
參考書籍:
Paul Shewmon, Diffusion in Solids, 2nd Ed., The Minerals, Metals, and Materials Society, (1989).
教學進度:
  1. Syllabus & Introduction: Definition, applications
  2. Introduction: Diffusion Coefficients, etc.
  3. Diffusion Equations: Fick’s Laws
  4. Diffusion Equations: Solutions to Diffusion Equations (I)
  5. Diffusion Equations: Solutions to Diffusion Equations (II)
  6. Atomic Theory of Diffusion: Diffusion Mechanisms
  7. Atomic Theory of Diffusion:
  8. Atomic Theory of Diffusion: Random-Walk Theory
  9. Prelim
  10. Atomic Theory of Diffusion: Correlation Effects (I)
  11. Atomic Theory of Diffusion: Correlation Effects (II)
  12. Phenomenological Approach: Interdiffusion
  13. Phenomenological Approach: Uphill Diffusion
  14. Phenomenological Approach: Fluxes and Driving Forces (I)
  15. Phenomenological Approach: Fluxes and Driving Forces (II)
  16. Point Defects and Diffusion (I)
  17. Point Defects and Diffusion (II)/ High Diffusivity Path
  18. Final exam
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