# EE2001 L0 Contents ```Applied Electromagnetics
Contents
Unit 1 Vector Analysis
1.1
Scalar and vector quantities
1.2
1.3
Vector multiplication
1.4
Fields
1.5
Cylindrical coordinate system
1.6
Spherical coordinate system
1.7
Vector differentiation
1.8
1.9
The divergence of a vector
1.10 The curl of a vector
1.11 Double operations with del ()
1.12 The divergence theorem
1.13 Stoke’s theorem
Unit 2 Electrostatic Field
2.1
Coulomb’s law
2.2
Electric field strength E
2.3
Field due to a line charge
2.4
Field due to a surface charge
2.5
Electric flux  and electric flux density D
2.6
Gauss’s theorem
2.7
Maxwell’s first equation
2.8
Potential
2.9
2.10 Maxwell’s second equation
2.11 Potential energy of a system of point charges
2.12 Energy density in an electric field
2.13 Poisson’s equation and Laplace’s equation
Unit 3 Conduction Field and Electrostatic Field in Materials
3.1
Types of materials
3.2
Electric current and current density
3.3
The continuity equation
3.4
Ohm’s law
3.5
Dielectrics
3.6
Material boundary conditions
3.7
Capacitors and capacitance
3.8
Stored energy in capacitor
Unit 4 Magnetic Field
4.1
Laws of magnetic force
4.2
Maxwell’s third equation: curl H
4.3
Maxwell’s fourth equation: div B
4.4
Summary of Maxwell’s equations for static fields
Unit 5 Magnetic Forces and Media
5.1
The Lorentz equation
5.2
Force on a differential current element
5.3
Forces on a closed current loop
5.4
Torque on a current-carrying coil
5.5
Magnetic field in ferromagnetic materials
5.6
Boundary conditions for magnetic media
5.7
Magnetic circuits
5.8
Magnetic saturation and hysteresis
5.9
Stored energy in magnetic field
Unit 6 Time-varying Field
6.1
6.2
6.3
Displacement current - Maxwell’s hypothesis
6.4
Maxwell’s equations: final forms
Unit 7 Maxwell’s Equations and Electromagnetic Waves
7.1
Maxwell equations
7.2
Poisson’s equation
7.3
Finite difference method for solving the Laplace’s equation
7.4
Electromagnetic waves
Unit 8* Electromagnetic Design (Applications)
8.1
DC-motor
8.2
Electron ballistics
8.3
The cathode ray tube (CRT)
2
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