REVISION OF VECTOR ANALYSIS, VECTOR CALCULUS, BASIC THEOREMS, CURVILINEAR COORDINATES, AND DIRAC-DELTA FUNCTION. THE COULOMB LAW. ELECTRIC FIELDS, E. DIVERGENCE OF E. THE GAUSS'LAW. CURL OF E. GRADIENT OF E AND ELECTRICAL POTENTIAL, V. ELECTRICAL DIPOLES. THE POISSON'S AND LAPLACE'S EQUATIONS. ELECTROSTATICS FIELD IN DIELECTRIC MEDIUM. THE GAUSS' LAW FOR DIELECTRIC. DISPLACEMENT VECTORS. POLARIZATION. ELECTRIC SUSCEPTIBILITY AND DIELECTRIC CONSTANT.ELECTRICAL BOUNDARY CONDITIONS. ELECTRICAL POTENTIAL
ENERGY FOR DIELECTRIC MEDIUM.
MAGNETIC FIELDS. THE BIO-SAVART'S LAW. DIVERGENCE OF B. MAGNETIC POTENTIAL VECTOR, A. CURL OF B. THE AMPERE'S CIRCUIT LAW. MAGNETIC DIPOLES. ELECTROMAGNETIC INDUCTION. THE FARADAY'S INDUCTION LAWS. MAGNETIC MATERIALS. THE MAXWELL'S EQUATIONS. POLARIZATION OF ELECTRIC FIELDS. THE POYNTING THEOREM. ELECTROMAGNETIC BOUNDARY CONDITIONS. PROPAGATION OF ELECTROMAGNETIC BOUNDARY CONDITIONS. PROPAGATION OF ELECTROMAGNETIC WAVES IN FREE SPACE. PROPAGATION OF ELECTROMAGNETIC WAVES IN MATERIAL MEDIUM.
ENERGY FOR DIELECTRIC MEDIUM.
MAGNETIC FIELDS. THE BIO-SAVART'S LAW. DIVERGENCE OF B. MAGNETIC POTENTIAL VECTOR, A. CURL OF B. THE AMPERE'S CIRCUIT LAW. MAGNETIC DIPOLES. ELECTROMAGNETIC INDUCTION. THE FARADAY'S INDUCTION LAWS. MAGNETIC MATERIALS. THE MAXWELL'S EQUATIONS. POLARIZATION OF ELECTRIC FIELDS. THE POYNTING THEOREM. ELECTROMAGNETIC BOUNDARY CONDITIONS. PROPAGATION OF ELECTROMAGNETIC BOUNDARY CONDITIONS. PROPAGATION OF ELECTROMAGNETIC WAVES IN FREE SPACE. PROPAGATION OF ELECTROMAGNETIC WAVES IN MATERIAL MEDIUM.
- Lecturer: DR. WONG KHAI MING
Skill Level: Beginner