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A telescope proton recoil spectrometer for fast neutron beam-lines
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A telescope proton recoil spectrometer for fast neutron beam-lines
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A telescope proton recoil spectrometer for fast neutron beam-lines
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Journal Article
A telescope proton recoil spectrometer for fast neutron beam-lines
2015
Overview
Fast neutron measurements were performed on the VESUVIO beam-line at the ISIS spallation source using a new telescope proton recoil spectrometer. Neutrons interact on a plastic target. Proton production is mainly due to elastic scattering on hydrogen nuclei and secondly due to interaction with carbon nuclei. Recoil protons are measured by a proton spectrometer, which uses in coincidence a 2.54 cm thick YAP scintillator and a 500$\\mu$m thick silicon detector, measuring the full proton recoil energy and the partial deposited energy in transmission, respectively. Recoil proton spectroscopy measurements (up to $E_{p} = 60$MeV) have been interpreted by using Monte Carlo simulations of the beam-line. This instrument is of particular interest for the characterization of the ChipIr beam-line at ISIS, which was designed to feature an atmospheric-like neutron spectrum for the irradiation of micro-electronics.
Publisher
Oxford University Press
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