Resistive Plate Chamber as a Thermal Neutron Detector Based on a 10B Converter
Petrova M.O. Bogdzel’ A.A. Bodnarchuk V.I. Daulbaev O. Milkov V.M. Kurilkin A.K. Bulatov K.V. Dmitriev A.V. Babkin V.A.
August 2023Pleiades Publishing
Journal of Surface Investigation
2023#17Issue 4881 - 885 pp.
Abstract: Neutron-diffraction methods are widely used for analyzing condensed matter, offering valuable insights into the internal structure and dynamics of the materials under study. The creation of new high-flux neutron sources to study promising materials and various biological systems places special demands on the operating parameters of detector systems. A new generation of position-sensitive thermal-neutron detectors should have record-breaking characteristics in terms of spatial and time resolution with a high detection efficiency. This work focuses on the exploration of new solutions for implementing detector systems in neutron-scattering stations, specifically examining the potential use and expected performance characteristics of 10B resistive plate chambers (RPCs) for detecting thermal neutrons.
3He alternatives , gas detectors , magnetron deposition of B4C thin films , position-sensitive thermal-neutron detectors , resistive plate chamber
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Joint Institute for Nuclear Research, Moscow oblast, Dubna, 141980, Russian Federation
Dubna State University, Moscow oblast, Dubna, 141980, Russian Federation
National Research Center “Kurchatov Institute”, Moscow, 123182, Russian Federation
Institute of Nuclear Physics, Ministry of Energy of the Republic of Kazakhstan, Almaty, 050032, Kazakhstan
Joint Institute for Nuclear Research
Dubna State University
National Research Center “Kurchatov Institute”
Institute of Nuclear Physics
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