Speaker
Mr.
Kirill Zaharchenko
(Industrial - Technology Center "UralAlmazInvest", Ivano-Franko street, Moscow, 121108, Russia)
Description
The physical and mathematical model of the radiation situation in the diamond sensor detector was developed. Count rates of the particle sensors were measured in the registration of a monoenergetic electron and proton radiation. The simulation of the sensor data was made for simultaneously iradiation by electrons and protons with spectral characteristics, that were corresponded to cosmic spectra. It is shown that structure of data, that were measured with sensors, let effectively separate signals from electronic and proton cosmic radiation component.
Primary authors
Mr.
Evgeny Gladchenkov
(Industrial - Technology Center "UralAlmazInvest", Ivano-Franko street, Moscow, 121108, Russia)
Mr.
Evgeny Tyurin
(National Research Nuclear University “MEPhI”)
Mr.
Kirill Zaharchenko
(Industrial - Technology Center "UralAlmazInvest", Ivano-Franko street, Moscow, 121108, Russia)
Mr.
Pavel Nedosekin
(Industrial - Technology Center "UralAlmazInvest", Ivano-Franko street, Moscow, 121108, Russia)
Mr.
Renat Ibragimov
(National Research Nuclear University MEPhI (Moscow Engineering Physics Institute))
Mr.
Vladimir Kolyubin
(Industrial - Technology Center "UralAlmazInvest", Ivano-Franko street, Moscow, 121108, Russia)
