Notes for Electromagnetic Field And Waves - EMFW by Verified Writer

Cartesian co-ordinate system, vector calculus, differential surface, differential volume, time varying system, sinusoidal, coulombs law r nPrinciple of superposition, electric field Intensity, Circular Cylindrial System, Relation between Cartesian and Circular Cylindrical System, Spherical Co-ordinate System, Line Integral, Surface Integal, Volume Integral, Del Operator, Gradient of a Scaler, Properties of Gradient Operator, Stokes Theorem, Divergence of a Vector, Divergence Theorem, Properties

Electric Field due to Continuous Distribution of Charge, Line Charge, Surface Charge, Volume Charge, Electric Flux Density,

Force Due to Magnetic Field, Lorentz force, Maxwell s Equations, Gauss law for electric field, Gauss las of Mangnetism, Ampere Circuital Law,

Polarisation in Dielectric, Refraction of the boundary, dielectric Conductor Boundary Condition, Continuity Equation, Magnetic Bounday Conditions, Magnetic Field Intensity due to Infine sheet of Current

Waves, Maxwell Equation In phasor form, Wave equation, propagation of Electromagnetic Waves, Propagation in Free Space, Propagation in Lossy Dielectric, Propagation in Good Conductor, Reflection and Transmission of Uniform Plane Wave,

Transmission Lines, Transmission Line Equation, Lossless Transmission Line, Distortionless Transmission Line, Short Circuited Transmission Line

Quasi Static Field, Electro Quasi Static Field, Magneto Quasi static Field,

Wave Guide, Transverse Electric Wave, Transverse Electro-magnetic Wave, Transverse Magnetic Wave, Transverse Electic Wave in Parallel plate Wave Guide, Rectangular Wave guide, Dielectric Slab Waveguide, Reflection and Refraction of Plane Waves, Brewsters Angle,