Preface |
Introduction to High-Power Microwaves / Chapter 1: |
Historical Foundations / 1.1: |
Features of HPM Operation / 1.2: |
Engineering Development of HPM Sources / 1.3: |
Survey of World Activities / 1.4: |
High-Power Microwave Applications / Chapter 2: |
Introduction / 2.1: |
Directed Energy / 2.2: |
Radar / 2.3: |
High-Energy RF Acceleration of Electrons / 2.4: |
Plasma Heating / 2.5: |
Laser Pumping / 2.6: |
Power Beaming / 2.7: |
Microwave Fundamentals / Chapter 3: |
Waveguides / 3.1: |
Cavities / 3.3: |
Microwave Interactions / 3.4: |
Amplifiers and Oscillators, Low-and High-Current Operating Regimes / 3.5: |
Phase and Frequency Control / 3.6: |
Summary / 3.7: |
Enabling Technologies / Chapter 4: |
Pulsed Power / 4.1: |
Electron Beams and Layers / 4.3: |
Antennas / 4.4: |
Diagnostics / 4.5: |
HPM Facilities / 4.6: |
Crossed-Field Devices / Chapter 5: |
History / 5.1: |
Principles of Operation / 5.3: |
Experimental Features / 5.4: |
Research Issues / 5.5: |
Fundamental Limitations / 5.6: |
MILO / 5.7: |
O-Type Cerenkov Devices / 5.8: |
Dielectric and Plasma Cerenkov Masers / 6.1: |
Free-Electron Lasers / 6.8: |
Two-Stage FELs and Scattrons / 7.1: |
Electron Cyclotron Masers / 7.8: |
Large-Orbit Gyrotrons, Magnicons, and Peniotrons / 8.1: |
Virtual Cathode Oscillators / 8.8: |
Research Issues and Fundamental Limitations / 9.1: |
Advanced Vircators / 9.6: |
Relativistic Klystrons / 9.7: |
Variants of the Klystron / 10.1: |
Emerging Technologies / 10.7: |
Microwave Pulse Compression / 11.1: |
Electromagnetic Missiles / 11.3: |
Microwave Generation by Beam-Plasma Interactions / 11.4: |
Photoconductive Switches / 11.5: |
Summary and Predictions / Chapter 12: |
State of the Art / 12.1: |
Future Directions of HPM / 12.2: |
Index |
Preface |
Introduction to High-Power Microwaves / Chapter 1: |
Historical Foundations / 1.1: |
Features of HPM Operation / 1.2: |
Engineering Development of HPM Sources / 1.3: |
Survey of World Activities / 1.4: |