Advances in Electronics and Electron PhysicsAdvances in Electronics and Electron Physics |
Contents
Chapter 2 The Scintillation Counter | 69 |
Chapter 3 Fluctuation Phenomena | 109 |
Chapter 4 Electronic Digital Computers | 157 |
Chapter 5 Modulation of ContinuousWave Magnetrons | 187 |
Chapter 6 The Magnetic Airborne Detector | 257 |
Chapter 7 Multichannel Radio Telemetering | 301 |
| 331 | |
| 336 | |
Common terms and phrases
absorption aircraft amplifier amplitude modulation angle anode anode current anode voltage anthracene approximation atoms axis bandwidth beam calculated cathode cavity channel circuit coil collisions constant cross section curve decrease detection detector deviation device diode distribution dynode earth's field effect efficiency energy loss equation factor flip-flop fluctuation formula frequency modulation function gamma gives harmonics increase induced grid noise input ionization load locking loop magnetic airborne detector magnetic field magnetometer magnetron material measured megacycles methods mixer multiple scattering multiplier noise figure Nyquist's theorem obtained operation oscillator particles phase phosphor photocathode Phys plate potential power output pulse height Radio ratio resonant rſ voltage saturable-core magnetometer saturation scintillation counter secondary emission shot noise shown in Fig signal solid space charge stabilization error storage subcarrier submarine telemetering telemetering systems temperature theory tion triode tube variation varied velocity voltage volts zero