Review of Scientific Instruments · 1956 · 42 citations · 11 references
EngineeringNuclear EngineeringPhysicsNuclear InstrumentationNuclear PhysicsSpectroscopyDetector TechnologyNeutron DetectionNeutron Spectrum AnalysisNuclear SpectroscopyRadiation Detection PrinciplesRadiation SpectroscopyCountersDetector ConstructionNeutron CountingNeutron DetectorsNeutron SpectrometryNeutron SpectroscopyRadiator Design
A proton-recoil telescope with thin polyethylene radiator has been designed for neutron spectroscopy and for neutron detection with known efficiency in the energy region from about 2 to 20 Mev. Five radiator thicknesses may be chosen over this energy region. Protons recoiling near zero degrees from the radiator pass through two proportional counters and terminate in a NaI(Tl) crystal. Triple coincidences gate an analyzer for observing the spectrum from the crystal. A spectrum of 13.7-Mev neutrons was observed with a width at half-maximum of 5.3% and 6% background. The efficiency with this resolution at 13.7 Mev is 3.6×10−6.
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Beta- and Gamma-Ray Spectroscopy
Kai Siegbahn, E. der Mateosian · American Journal of Physics · 1955 · 442 citations · Full text
Fluorescent Response of NaI (Tl) to Nuclear Radiations
F. S. Eby, W. Jentschke · Physical Review · 1954 · 86 citations
A General Purpose Linear Amplifier
W. H. Jordan, P. R. Bell · Review of Scientific Instruments · 1947 · 80 citations