A lead glass Cerenkov radiation photon spectrometer
John M. Brabant, Burton J. Moyer, Roger Wallace, University of California, Berkeley. Radiation Laboratory
University of California Radiation Laboratory, 1956 - Science - 16 pages
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1P21 photomultipliers 4-inch-diameter 6364 photomultiplier anticoincidence circuit anticoincidence counter approximately Bevatron magnetic cable calibration curve calibration electrons calibration spectrum California August cascade shower cathode follower Cerenkov counter Cerenkov light CERENKOV RADIATION PHOTON Cerenkov radiation produced charged particles circuit box contains cm of path coincidence counters containment factor cosmic-ray critical energies cylinder diameter and 14 dynode electron showers end cover ENERGY BEV energy response energy spread Gaussian GLASS CERENKOV RADIATION Hofstadter index of refraction KANTZ lead converter LEAD GLASS CERENKOV linear amplifier magnetic shield Moyer and Roger MU-I muons obtained output photon incident PHOTON SPECTROMETER John photon telescope phototubes PLASTIC SCINTILLATOR pulse height pulse-height analyzer pulse-height distributions Radiation Laboratory University radiation lengths RADIATION PHOTON SPECTROMETER rays Roger Wallace Radiation scintillation counter setscrew shown in Fig spectra spectrometer showing statistical uncertainties total Cerenkov radiation triple-coincidence tubes UCRL Bevatron University of California viewed by four volts Wallace Radiation Laboratory width y-ray