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GammaRay Counting and Spectrometry
Detection of Heavy Charged Particles
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absorption alpha particles amplifier amplitude anode anthracene applications assay background backscattering beta counting beta particles binary charged particles circuit coincidence collecting electrode correction counting rate counting yield crystal curve decay scheme detection determined device disintegration rate effect electric field electrons emitters end-window experimental fluorescent full-energy peak gamma gamma-ray gamma-ray energy gamma-ray spectrum gas multiplication gases Geiger counters geometry guard ring height intensities ion pair ionization chamber layer leakage currents liquid scintillation material measured method Nal(Tl noise nuclear nuclides Oak Ridge obtained organic scintillators output pulse p-n junction p-type pair production photomultiplier tube photons preamplifier produced proportional counter pulse-height analyzer radioactive rays region resolution resolving response function sample scaler scattering scintillation counter Section semiconductor detectors semiconductor radiation detector sensitive shown in Fig signal silicon single-channel solution source mount spectra spectrometer surface barrier technique thin transistorized typical usec usually valence band voltage volts window