전기자기학1

전자기학은 전계와 자계, 전자파 등에 대한 기본 원리를 배우고 그 수치를 계산하는 방법을 배우는 과목임.

전자기학은 전자 공학 전분야의 기본이 되는 과목으로써 통신 분야, 전자회로 등을 이해하기 위한 필수 교과목임.

1.	1. Introduction to Electromagnetics	Introduction to Electromagnetics Review of Calculus
2.	2. Vector Analysis (1)	2-1 Overview 2-2. Vector addition and subtraction 2-3. Vector multiplication 2-4.1 Cartesian coordinates
3.	2. Vector Analysis (2)	2-4.2 Cylindrical coordinates 2-4.3 Spherical coordinates
4.	2. Vector Analysis (3)	2-5. Gradient of a scalar field 2-6. Divergence of a vector field 2-7. Divergence theorem
5.	2. Vector Analysis (4)	2-8. Curl of a vector field 2-9. Stokes's theorem 2-10. Two null of identities
6.	3. Static Electric Fields (1)	3-2. Fundamental postulates of electrostatics in free space 3-3. Coulomb's law
7.	3. Static Electric Fields (2)	3-4. Gauss's law and applications
8.	3. Static Electric Fields (3)	3-5. Electric potential 3-6. Material media in static electric field
9.	3. Static Electric Fields (4)	3-7. Electric flux density and dielectric constant 3-8. Boundary conditions for electrostatic fields
10.	3. Static Electric Fields (5)	3-9. Capacitances and capacitors
11.	3. Static Electric Fields (6)	3-11. Solution of electrostatic boundary-value problems 3-11.1 Poisson's and Laplace's Equations 3-11.2 Boundary-value problems in Cartesian coordinates 3-11.5 Method of Images
12.	4. Steady Electric Currents (1)	4-2. Current Density and Ohm's Law
13.	4. Steady Electric Currents (2)	4-3. Equation of Continuity and Kirchhoff's Current Law 4-6. Resistance Calculations