Scintillation Counter Symposium: Sponsored by the Oak Ridge National Laboratory, June 3-4,1949
W. H. Jordan
U.S. Atomic Energy Commission, Technical Information Division, 1949 - Scintillation counters - 61 pages
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activity alpha particles amplifier anthracene approximately beta rays breakdown calculated charge circuit coincidence coincidence circuit collisions considerable conversion correction counter counting counting rate criterion crystal decay depends described desirable detected Deutsch deviation discussion distribution curve dynode effect efficiency electrons emission energy entering the multiplier equal excitation experiment factor field fluorescent gain gamma ray give given half-life Hippel's IIIIIII indicates intensity ionization less light loss lower materials mean measured method multiplier naphthalene neutrons observed obtained optical output peak phosphors photocathode photomultiplier photomultiplier tube PHOTONS plot pointed polar crystals possible potential powder present probably produce pulse height quenching radiation response result scattering scintillation secondary seen shown in Fig shows single spectrum square substances suggested surface temperature thick tube tungstate values voltage volts