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oaioai:trace.tennessee.edu:utk_graddiss-7569

A Compact Neutron Scatter Camera Using Optical Coded-Aperture Imaging

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Publication date
15 May 2020
Publisher
TRACE: Tennessee Research and Creative Exchange

Abstract

The detection and localization of fast neutron resources is an important capability for a number of nuclear security areas such as emergency response and arms control treaty verification. Neutron scatter cameras are one technology that can be used to accomplish this task, but current instruments tend to be large (meter scale) and not portable. Using optical coded-aperture imaging, fast plastic scintillator, and fast photodetectors that were sensitive to single photons, a portable neutron scatter camera was designed and simulated. The design was optimized, an experimental prototype was constructed, and neutron imaging was demonstrated with a tagged 252Cf source in the lab

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University of Tennessee, Knoxville: Trace

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Last time updated on 21/02/2021

This paper was published in University of Tennessee, Knoxville: Trace.

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