1. Time--Varying and time-harmonic electromagnetic fields
2. Electrical properties of Matter
3. Wave equation and its solutions
4. Wave pripagation and polarization
5. Reflection and Transmission
6. Auxiliary vector potentioals ,and construction of solutions and radiation and scattering equations
7. Electromagnetic theorems and principles
8. Rectangular cross-Section waveguids and cavities
9. Circular cross-section waveguids and cavities
10. Spherical Transmission lines and cavities
11. Scattering
12. Integral equations and the moment methods
13. Geometrical Theory of diffraction
14. Greens function
Appendix 1: Identities
2: Vector analysis
3: Fresnel Integrals
4: Bessel functions
5: Legendre Polynomials and functions
6: The method of stepeest descent (Saddle -point method)