전자기학 I

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공학 >전기ㆍ전자 >전기전자공학
강의학기

2015년 1학기

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22,742
평점

3.8/5.0 (12)

강의계획서

Vector space 와 다중적분, 공간미분에 관하여 전자기학의 기초를 복습한 후 맥스웰방정식과 특히 Electrostatics, Magnetostatics 에 관해 공부한다.

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Vector Spaces (Review) 1

차시별 강의

1.	Vector Spaces (Review) 1	Coordinate system, Double, Triple Integral
	Vector Spaces (Review) 1	Coordinate system, Double, Triple Integral
2.	Vector Spaces (Review) 2	Vector spaces, Gradient, Divergence
	Vector Spaces (Review) 2	Vector spaces, Gradient, Divergence
3.	Vector Spaces (Review) 3	Laplacian, Divergence Theorem
	Vector Spaces (Review) 3	Laplacian, Divergence Theorem
4.	Vector Spaces (Review) 4	Stoke’s Theorem, Problem Solving
	Vector Spaces (Review) 4	Stoke’s Theorem, Problem Solving
5.	Electrostatics 1	Maxwell’s Equation, Coulomb’s Law, Gauss’s Law
	Electrostatics 1	Maxwell’s Equation, Coulomb’s Law, Gauss’s Law
	Electrostatics 1	Maxwell’s Equation, Coulomb’s Law, Gauss’s Law
6.	Electrostatics 2	Potential, Material, Conductors
	Electrostatics 2	Potential, Material, Conductors
	Electrostatics 2	Potential, Material, Conductors
7.	Electrostatics 3	Dielectrics, Boundary Condition
	Electrostatics 3	Dielectrics, Boundary Condition
8.	Electrostatics 4	Capacitance, Energy, Problem Solving
	Electrostatics 4	Capacitance, Energy, Problem Solving
9.	Magnetostatics 1	Forces, Biot-Savart’s Law
	Magnetostatics 1	Forces, Biot-Savart’s Law
10.	Magnetostatics 2	Magnetostatic Equations, Potentials
	Magnetostatics 2	Magnetostatic Equations, Potentials
11.	Magnetostatics 3	Materials, Boundary Condition
	Magnetostatics 3	Materials, Boundary Condition
12.	Magnetostatics 4	Inductors, Energy, Problem Solving
	Magnetostatics 4	Inductors, Energy, Problem Solving
13.	Maxwell’s Equations with time-varying fields 1	Faraday’s Law, Stationary Loop
	Maxwell’s Equations with time-varying fields 2	Review, Problem Solving
	Maxwell’s Equations with time-varying fields	Faraday’s Law, Stationary Loop, Review, Problem Solving