電磁學

  1. 課程簡介
  2. Ch1 Electromagnetism (電磁學) (1)
  3. Ch1 Electromagnetism (電磁學) (2)
  4. Ch2.Ch3 Vector Calculus (向量微積分) (1)
  5. Ch2.Ch3 Vector Calculus (向量微積分) (2)
  6. Ch2.Ch3 Vector Calculus (向量微積分) (3)
  7. Ch13 Magnetostatics (靜磁學) (1)
  8. Ch13 Magnetostatics (靜磁學) (2)
  9. Ch14.15 Vector Potential (向量勢) 1 (1)
  10. Ch14.15 Vector Potential (向量勢) 1 (2)
  11. Ch14.15 Vector Potential (向量勢) 1 (3)
  12. Ch14.15 Vector Potential (向量勢) 1 (4)
  13. Ch14.15 Vector Potential (向量勢) 2 (1)
  14. Ch14.15 Vector Potential (向量勢) 2 (2)
  15. Ch14.15 Vector Potential (向量勢) 2 (3)
  16. Maxwell Equations (1)
  17. Maxwell Equations (2)
  18. Maxwell Equations (3)
  19. Ch.21 Solutions of Maxwell's Eqs with currents and charges
  20. Ch.26 The Potentials and fields for a charge moving with constant velocity and Special theory of Relativity (1)
  21. Ch.26 The Potentials and fields for a charge moving with constant velocity and Special theory of Relativity (2)
  22. 1905, special relativity and Maxwell's equations
  23. Ch.25 Electrodynamics in Relativistic Notation
  24. Ch.26 Covariant formulation of electrodynamics (1)
  25. Ch.26 Covariant formulation of electrodynamics (2)
  26. Ch.27 Field energy and field momentum (1)
  27. Ch.27 Field energy and field momentum (2)
  28. The examples/paradoxes of field energy and momentum (1)
  29. The examples/paradoxes of field energy and momentum (2)
  30. Ch28 Electromagnetic mass & Lorentz model of electron
  31. Radiation field of an arbitrarily moving point charge (1)
  32. Radiation field of an arbitrarily moving point charge (2)
  33. Radiation of an accelerated point charge / Heaviside formula Synchrotron Radiation (1)
  34. Radiation of an accelerated point charge / Heaviside formula Synchrotron Radiation (2)
  35. Principle of Least time
  36. The origin of Refractive Index
  37. Refractive Index of Dense Materials
  38. Reflection from Surfaces
  39. Fresnel Equations
  40. To interfere or not to interfere – polarization and interference
  41. Circular Polarization, (A bridge between classical and quantum physics)
  42. Faraday Effect and Zeeman Effect
  43. The Principle of Least Action (最小作用量原理) 1 (1)
  44. The Principle of Least Action (最小作用量原理) 1 (2)
  45. The Principle of Least Action (最小作用量原理) 1 (3)
  46. The Principle of Least Action (最小作用量原理) 1 (4)
  47. Ch19 The Principle of Least Action (最小作用量原理) 2
  48. How did Schrodinger Invent Schrodinger Equation
  49. 創造萬物的奧秘
  50. Feynman Path Integral
  51. 100 years of superconductivity (1)
  52. 100 years of superconductivity (2)
  53. 100 years of superconductivity (3)
  54. 100 years of superconductivity (4)
電磁學

本月點閱｜578 次
授課日期｜2011 年 9 月

電磁學 Electromagnetism

易富國

學分數：0學分

開課單位：物理學系

本課程共 30 講｜ 影片數量 53 教材數量 0 參考資料數量 0

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課程概述

易富國教授主講的「電磁學」，帶您從費曼的《The Feynman Lectures on Physics Vol 2.》（費曼物理學講義）一覽電磁學理論，並加入易老師獨門見解，將電磁學、向量微積分、向量勢、靜磁學、最小作用量原理、超導體性質等做了精彩論述。課堂中老師也會做一些物理實驗，讓同學們不只是了解理論，更是能實際經驗奇妙的物理現象。

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