Study of neutron energy and directional distribution at the Beloyarsk NPP selected workplaces
Energy and directional distribution of neutrons at the Beloyarsk NPP workplaces is a subject of this study. Measurements of H∗(10) rate and neutron energy distribution were taken at 8 workplaces, which can be divided into three categories: work with spent or fresh nuclear fuel, work with radionuclid...
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doaj-b8b7f966460f4f2381f477e0f5df6f382021-04-24T05:56:38ZengElsevierNuclear Engineering and Technology1738-57332021-05-0153517231729Study of neutron energy and directional distribution at the Beloyarsk NPP selected workplacesMariia Pyshkina0Aleksey Vasilyev1Aleksey Ekidin2Evgeniy Nazarov3Vitaly Nikitenko4Anton Pudovkin5Institute of Industrial Ecology, Russian Federation; Ural Federal University, Russian FederationInstitute of Industrial Ecology, Russian Federation; Corresponding author.Institute of Industrial Ecology, Russian FederationInstitute of Industrial Ecology, Russian FederationThe Beloyarsk NPP, Russian FederationFSUE “RFNC-VNIITF named after Academ. E.I. Zababakhin”, Russian FederationEnergy and directional distribution of neutrons at the Beloyarsk NPP workplaces is a subject of this study. Measurements of H∗(10) rate and neutron energy distribution were taken at 8 workplaces, which can be divided into three categories: work with spent or fresh nuclear fuel, work with radionuclide neutron sources, work at the rooms adjusted to reactors. The Hp(10) measurements were performed only at 6 out of 8 locations, due to the fact that long term placing of an effective neutron moderator in fresh nuclear fuel storage facility is forbidden. As a result of the research energy and direction distribution of the neutron fields at 8 locations of the Beloyarsk NPP workplaces was obtained. To estimate the accuracy of the H∗(10) rate and Hp (10) measurements the reference values of dose equivalents were calculated using energy and directional distribution. To take into account the difference between the reference values and the measured results site-specific correction factors were calculated.http://www.sciencedirect.com/science/article/pii/S1738573320309086Energy and directional distributionNeutronsSite-specific correction factorsFast breeder reactor |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Mariia Pyshkina Aleksey Vasilyev Aleksey Ekidin Evgeniy Nazarov Vitaly Nikitenko Anton Pudovkin |
spellingShingle |
Mariia Pyshkina Aleksey Vasilyev Aleksey Ekidin Evgeniy Nazarov Vitaly Nikitenko Anton Pudovkin Study of neutron energy and directional distribution at the Beloyarsk NPP selected workplaces Nuclear Engineering and Technology Energy and directional distribution Neutrons Site-specific correction factors Fast breeder reactor |
author_facet |
Mariia Pyshkina Aleksey Vasilyev Aleksey Ekidin Evgeniy Nazarov Vitaly Nikitenko Anton Pudovkin |
author_sort |
Mariia Pyshkina |
title |
Study of neutron energy and directional distribution at the Beloyarsk NPP selected workplaces |
title_short |
Study of neutron energy and directional distribution at the Beloyarsk NPP selected workplaces |
title_full |
Study of neutron energy and directional distribution at the Beloyarsk NPP selected workplaces |
title_fullStr |
Study of neutron energy and directional distribution at the Beloyarsk NPP selected workplaces |
title_full_unstemmed |
Study of neutron energy and directional distribution at the Beloyarsk NPP selected workplaces |
title_sort |
study of neutron energy and directional distribution at the beloyarsk npp selected workplaces |
publisher |
Elsevier |
series |
Nuclear Engineering and Technology |
issn |
1738-5733 |
publishDate |
2021-05-01 |
description |
Energy and directional distribution of neutrons at the Beloyarsk NPP workplaces is a subject of this study. Measurements of H∗(10) rate and neutron energy distribution were taken at 8 workplaces, which can be divided into three categories: work with spent or fresh nuclear fuel, work with radionuclide neutron sources, work at the rooms adjusted to reactors. The Hp(10) measurements were performed only at 6 out of 8 locations, due to the fact that long term placing of an effective neutron moderator in fresh nuclear fuel storage facility is forbidden. As a result of the research energy and direction distribution of the neutron fields at 8 locations of the Beloyarsk NPP workplaces was obtained. To estimate the accuracy of the H∗(10) rate and Hp (10) measurements the reference values of dose equivalents were calculated using energy and directional distribution. To take into account the difference between the reference values and the measured results site-specific correction factors were calculated. |
topic |
Energy and directional distribution Neutrons Site-specific correction factors Fast breeder reactor |
url |
http://www.sciencedirect.com/science/article/pii/S1738573320309086 |
work_keys_str_mv |
AT mariiapyshkina studyofneutronenergyanddirectionaldistributionatthebeloyarsknppselectedworkplaces AT alekseyvasilyev studyofneutronenergyanddirectionaldistributionatthebeloyarsknppselectedworkplaces AT alekseyekidin studyofneutronenergyanddirectionaldistributionatthebeloyarsknppselectedworkplaces AT evgeniynazarov studyofneutronenergyanddirectionaldistributionatthebeloyarsknppselectedworkplaces AT vitalynikitenko studyofneutronenergyanddirectionaldistributionatthebeloyarsknppselectedworkplaces AT antonpudovkin studyofneutronenergyanddirectionaldistributionatthebeloyarsknppselectedworkplaces |
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1721511250948521984 |