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Chapter Title Page Preface
Principles of SEMIRAD Radiation Detectors
SEMIRAD Vacuum Considerations
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a/rad/sec aluminum amplifier applied voltage burst calibration cathode charge coating coaxial cable collector connector cross section detector device dose rate dose-rate dosimeters dosimetry dynode effects elec electron-multiplier emitter surface Energy dependence energy distribution Equation escape layer experimental fast neutrons fission function gamma and neutron gamma rays gamma-sensitive geometry getter Godiva hydrogenous hydrogenous material hydrogenous wall incident particle input instru instrument insulator intensity ion chamber ion pump ion-chamber irradiated KEWB LINAC low-energy mean free path measurement ment metal MICROSECONDS neutron dose neutron-sensitive number of secondary obtained oscilloscope outgassed output photomultiplier plastic plate potting compound preamplifier pressure primary particles produced protons pulse recording radiation pulse rads per second rads/sec reactor recoil protons Reference resistor secondary electrons secondary-electron yield SEMI SEMIRAD diode sensitivity SHIELD shown in Figure signal slow neutrons spectrum target tion titanium total dose Triga triode trons tube typical vacuum voltage volts wall material X-ray