Microwave Engineering 02 Edition  (English, Paperback, Gupta S)

2. Maxwell's Equations

* Faraday's Law * Displacement Current *
Maxwell's Second Equation

3. Transmission Lines

4. Wave Guides

* Introduction * Phase Velocity And Group
Velocity In A Wave Guide * Mathematical 
Analysis Of Rectangular Wave
Guides * Transmission Of TM Waves In Rectangular Wave Guide * 
Transelectric Waves (TE Waves)

5. Microwave Components

6. High Frequency Effects And Scaling

* Scaling In Ultra-High-Frequency Tubes *
Problems Associated With Conventional Tubes At UHF * Tubes For
Ultra-High-Frequency

7. Klystrons

* Klystron * Multi-Cavity Klystrons *
Mathematical Analysis Of Two Cavity Klystron * Performance And Applications *
Reflex Klystron * Mathematical Analysis For Reflex Klystron

8. Magnetron And Travelling Wave Tube

9. Microwave Measurements

* Measurements Of Power * Measurement Of
Frequency And Wavelength * Measurement Of Impedance * SWR Measurement *
Impedance Measurement * Measurement Attenuation * Measurement Of Noise Factor

10. Microwave Antennas

11. Radar Systems

* Basic Principles * Radar Equation *
Factors Influencing Maximum Range * Effects Of Noise * Powers And Frequencies
Used In Radar * Types of Radar * Basic Pulsed Radar System 
* Modulators *
Receiver Bandwidth Requirements * Factors Governing Pulse Characteristic *
Duplexer * Moving Target Indicator (MTI) * Tracking Radar Systems And Search
Radar System

12. Propagation Of Microwave

* Space Wave Propagation Over Ideal Flat
Earth * Effect Of Curvature Of An Ideal Earth * Various Other Considerations In
Space Wave Propagation * Atmospheric Effects In Space Wave Propagation * Duct
Propagation * Tropospheric Scattering And Reflection * Fading Of Space Wave
Signals * Satellite Communication * Synchronous Satellite * Satellite Antennas *
Ground Stations * Ground Antennas

13. Semiconductor Microwave Devices

Appendix