Electromagnetic Field Theory PHM 505

Gradient , Divergence and Curl

Cartesian to Spherical Polar Coordinate Transformation

Deeper Insight to the Definition of Vectors

Physical Significance of Divergence, Curl and Gradient

Gradient in Curvilinear Coordinates

Divergence and Curl in Curvilinear Coordinates

Magnetic Field at the Center of Current Carrying Loop

Laplace and Poisson’s Equation

Boundary Conditions at Perfect Conductors

Electric and Magnetic Field Coexist and are Perpendicular

Phase Velocity and Poynting Vector

Generation of Electromagnetic Fields

Critical Review of Ampere’s Law

Continuity Equation

Reflection fnd Transmission for Normal Incidence

Propagation of EM Waves for Oblique Incidence

Oblique Incidence Contd..

Video Lecture twenty two

TE Waves in Rectangular Waveguide

Rectangular Cavity Resonators

Potentials And Fields

Vector Potentials and Gauge Transformation

Coulomb’s and Lorentz Transformation

Retarded Potentials

Retarded Potential Contd..

1 of 2

Previous Lesson

Boundary Conditions at Perfect Conductors

Login

Accessing this course requires a login. Please enter your credentials below!

Username or Email Address

Password

Remember Me

Forgot Password?

Lost Your Password?

Register

Don't have an account? Register one!

Register an Account

Username

Email

Registration confirmation will be emailed to you.