Antenna Handbook, 3 Teile: Theory, Applications, and Design

A. Fundamentals and Mathematical Techniques.- 1. Basics.- 2. Theorems and Formulas.- 3. Techniques for Low-Frequency Problems.- 4. Techniques for High-Frequency Problems.- B. Antenna Theory.- 5. Radiation From Apertures.- 6. Receiving Antennas.- 7. Wire and Loop Antennas.- 8. Horn Antennas.- 9. Frequency-Independent Antennas.- 10. Microstrip Antennas.- 11. Array Theory.- 12. The Design of Waveguide-Fed Slot Arrays.- 13. Periodic Arrays.- 14. Aperiodic Arrays.- 15. Reflector Antennas.- 16. Lens Antennas.- C. Applications.- 17. Millimeter-Wave Antennas.- 18. Practical Aspects of Phased Array Design.- 19. Beam-Forming Feeds.- 20. Antennas on Aircraft, Ships, or Any Large, Complex Environment.- 21. Satellite Antennas.- 22. Remote Sensing and Microwave Radiometry.- 23. Antennas for Geophysical Applications.- 24. Antennas for Medical Applications.- 25. Direction-Finding Antennas.- 26. Standard AM Antennas.- 27. TV and FM Broadcast Antennas.- D. Related Topics.- 28. Transmission Lines and Waveguides.- 29. Propagation.- 30. Antenna Response to Electromagnetic Pulses.- 31. Radome Electromagnetic Design.- 32. Measurement of Antenna Radiation Characteristics on Far-Field Ranges.- 33. Near-Field Far-Field Antenna Measurements.- Appendixes.- A. Physical Constants, International Units, Conversion of Units, and Metric Prefixes.- B. The Frequency Spectrum.- C. Electromagnetic Properties of Materials.- D. Vector Analysis.- E. VSWR Versus Reflection Coefficient and Mismatch Loss.- F. Decibels Versus Voltage and Power Ratios.