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Introduction to Plasma Electrodynamics 1

coursetab

c_weekno	Title	Body
1	Electromagnetics in Plasmas Electromagnetic Model & SI Units
10	Steady Electric Currents (Ohm\'s Law, Kirchhoff\'s Law, Joule\'s Law, Resistance)
11	Static Magnetic Fields (Magnetostatics in Free Space)
12	Static Magnetic Fields (Magnetic Vector Potential, Biot-Savart Law) Magnetization
13	Magnetostatics in Magnetic Materials
14	Magnetic Energy, Forces, and Torques Time-Varying Electromagnetic Fields
15	Maxwell\'s Equations
16	Final Examination
2	Vector Representation and Algebra (Notation, Addition, Subtraction, Multiplication)
3	Orthogonal Coordinate Systems (Cartesian, Cylindrical, Spherical, Toroidal)
4	Vector Calculus (Gradient, Divergence, Curl, Identities)
5	Steady Electric Fields and Coulomb\'s Law (Electrostatics in Free Space)
6	Steady Electric Fields and Coulomb\'s Law (Coulomb\'s Law and Charge Sources) Gauss\'s Law and Applications
7	Gauss\'s Law and Applications (Electrostatic Potential) Electrostatics in Material Media (Conductors & Dielectrics)
8	Electrostatics in Material Media (Flux Density and Capacitances) Electrostatic Energy and Forces
9	Electrostatic Boundary-Value Problems

code:

409.209A_2009S

level:

year:

term:

staff:

Prof. Hong, Sang Hee

c_regdate:

2010-01-20 13:57:40

department:

Nuclear Engineering