David K Cheng Field and Wave Electromagnetics 2

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十、【其他】: (如參考書目. . 等 ) <教科書> David K. Cheng “Field and Wave Electromagnetics” (2

十、【其他】: (如參考書目. . 等 ) <教科書> David K. Cheng “Field and Wave Electromagnetics” (2 nd Edition)

十、【其他】: (如參考書目. . 等 ) <參考書> David J. Griffiths “Introduction to Electromagnetics” Nannapaneni Narayana

十、【其他】: (如參考書目. . 等 ) <參考書> David J. Griffiths “Introduction to Electromagnetics” Nannapaneni Narayana Rao “Elements of Engineering Electromagnetics” Baldassare Dibartolo “Classical Theory of Electromagnetism” Paul Lorrain; Dale R. Corson “Electromagnetic fields and waves”

The Electromagnetic Model

The Electromagnetic Model

Work-(Kinetic) Energy Theorem

Work-(Kinetic) Energy Theorem

§. Fundamental Interaction Relative Strength Range Strong 1 10 -15 m ( -meson) Electromagnetic

§. Fundamental Interaction Relative Strength Range Strong 1 10 -15 m ( -meson) Electromagnetic 10 -2 (photon) Weak 10 -6 10 -17 m Gravitational 10 -38 (graviton) Grand Unified Theory → A single fundamental interaction

§. Dimension Analysis (因次分析) Length [L] Mass [M] Time [T] [Lq T Ms] q,

§. Dimension Analysis (因次分析) Length [L] Mass [M] Time [T] [Lq T Ms] q, , s can be positive integers, negative integers, or fractional powers The dimensions in both sides of an equation must be the same

 e. g. 3 Please find the unit of Electric field density

e. g. 3 Please find the unit of Electric field density

e. g. 2 -3 Prove the back-cab rule of vector triple product

e. g. 2 -3 Prove the back-cab rule of vector triple product

§. Divergence Theorem

§. Divergence Theorem

§. Stokes’s Theorem

§. Stokes’s Theorem

§. Null Identities

§. Null Identities

§. Helmholtz’s Theorem

§. Helmholtz’s Theorem

習題(chapter 2) P. 2 -16 P. 2 -29 P. 2 -39 Due date :

習題(chapter 2) P. 2 -16 P. 2 -29 P. 2 -39 Due date : P. 2 -6 P. 2 -17 P 2. 31 P. 2 -9 P. 2 -21 P. 2 -34 10/27/2006 P. 2 -10 P. 2 -22 P. 2 -35