Author:
Akimov D.Y.,Alexandrov I.S.,Belov V.A.,Bolozdynya A.I.,Etenko A.V.,Galavanov A.V.,Gusakov Yu.V.,Khromov A.V.,Konovalov A.M.,Kornoukhov V.N.,Kovalenko A.G.,Kozlova E.S.,Kumpan A.V.,Lavrov B.O.,Lukyashin A.V.,Pinchuk A.V.,Razuvaeva O.E.,Rudik D.G.,Shakirov A.V.,Simakov G.E.,Sosnovtsev V.V.,Vasin A.A.
Abstract
Abstract
The RED-100 experiment with a liquid xenon target was
carried out at Kalinin Nuclear Power Plant. The goal of the
experiment is the detection and study of the coherent elastic
neutrino nucleus scattering process (CEνNS) for the low-energy
antineutrinos in close vicinity to a reactor core. A good
understanding of the external radioactive background is needed to
achieve this goal. This paper describes the external background
conditions for the RED-100 experiment at Kalinin Nuclear Power
Plant.
Subject
Mathematical Physics,Instrumentation
Cited by
1 articles.
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