Handbook of Microwave Technology, Volume 2T. Koryu Ishii Handbook of Microwave Technology |
Contents
| 1 | |
| 33 | |
Chapter 3 TravelingWave Thermionic Devices | 57 |
Chapter 4 Gyrotrons Magnicons and Ubitrons | 97 |
Chapter 5 The Peniotron | 121 |
Chapter 6 Thermodynamics of Microwave Devices | 137 |
Chapter 7 Microwave Antennas | 167 |
Chapter 8 Propagation at Microwave Frequencies | 207 |
Chapter 12 Chemical Applications of Microwaves | 347 |
Chapter 13 Electron Paramagnetic Resonance | 365 |
Chapter 14 Microwave Navigational Aides | 403 |
Chapter 15 Microwave Applications for Law Enforcement | 429 |
Chapter 16 Microwave Radio Communication | 449 |
Chapter 17 Microwave Instrumentation and Measurements | 505 |
Chapter 18 Microwave Mathematics | 569 |
Chapter 19 Microwave Materials | 605 |
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Common terms and phrases
absorption amplifier amplitude anode antenna applications attenuation bandwidth calculated calibration cathode cavity CCIR circuit coefficient Conf constant decibels density detector dielectric diode dipole Doppler efficiency electric field electromagnetic electron beam Electron Devices Meet energy Equation error factor fade margin function gyrotron harmonic heat transfer hyperthermia IEEE IEEE Trans impedance input interaction klystrons linear loss magnetic field magnetron measurement method Microwave frequency microwave oven Microwave Power mode modulation multipath navigation noise figure noise temperature operation oscillator output power parameters path patrol peak peniotron phase noise polarization propagation pulse Radar Unit radiation radio ratio reference reflection resonance sample satellite shown in Figure signal space diversity speed speed readings substrate surface TABLE Tech temperature thermal tion transmission transmitted traveling-wave tube tube typical velocity voltage VSWR wave waveguide wavelength