Abstract
Possibility of advanced irradiation of indicative vessel samples by fast neutron fluence in the PIK reactor core has been investigated. Fast neutron flux density {Phi} (neutron energy being above 1.2 MeV) in the core and in the model ampoules with indicative samples has been measured in the critical assambly called Physical model of the PIK reactor and calculated by Monte-Carlo TAU code. The value of {Phi} in indicative vessel samples irradiated in the middle part of the core is 1.7{+-}0.1 times greater than the value of {Phi} on the inner surface of the vessel. 5 refs.; 2 figs.; 1 tab.
Citation Formats
Vasil`ev, G Ya, Egodurov, S D, Konoplev, K A, Pikulik, R G, Potapov, I A, Smol`skij, S L, Solovej, V L, and Chmshkyan, D V.
Advanced irradiation of indicative vessel samples in the PIK reactor core; Operezhayushchee obluchenie obraztsov svidetelej korpusa v aktivnoj zone reaktora PIK.
Russian Federation: N. p.,
1989.
Web.
Vasil`ev, G Ya, Egodurov, S D, Konoplev, K A, Pikulik, R G, Potapov, I A, Smol`skij, S L, Solovej, V L, & Chmshkyan, D V.
Advanced irradiation of indicative vessel samples in the PIK reactor core; Operezhayushchee obluchenie obraztsov svidetelej korpusa v aktivnoj zone reaktora PIK.
Russian Federation.
Vasil`ev, G Ya, Egodurov, S D, Konoplev, K A, Pikulik, R G, Potapov, I A, Smol`skij, S L, Solovej, V L, and Chmshkyan, D V.
1989.
"Advanced irradiation of indicative vessel samples in the PIK reactor core; Operezhayushchee obluchenie obraztsov svidetelej korpusa v aktivnoj zone reaktora PIK."
Russian Federation.
@misc{etde_10153725,
title = {Advanced irradiation of indicative vessel samples in the PIK reactor core; Operezhayushchee obluchenie obraztsov svidetelej korpusa v aktivnoj zone reaktora PIK}
author = {Vasil`ev, G Ya, Egodurov, S D, Konoplev, K A, Pikulik, R G, Potapov, I A, Smol`skij, S L, Solovej, V L, and Chmshkyan, D V}
abstractNote = {Possibility of advanced irradiation of indicative vessel samples by fast neutron fluence in the PIK reactor core has been investigated. Fast neutron flux density {Phi} (neutron energy being above 1.2 MeV) in the core and in the model ampoules with indicative samples has been measured in the critical assambly called Physical model of the PIK reactor and calculated by Monte-Carlo TAU code. The value of {Phi} in indicative vessel samples irradiated in the middle part of the core is 1.7{+-}0.1 times greater than the value of {Phi} on the inner surface of the vessel. 5 refs.; 2 figs.; 1 tab.}
place = {Russian Federation}
year = {1989}
month = {Dec}
}
title = {Advanced irradiation of indicative vessel samples in the PIK reactor core; Operezhayushchee obluchenie obraztsov svidetelej korpusa v aktivnoj zone reaktora PIK}
author = {Vasil`ev, G Ya, Egodurov, S D, Konoplev, K A, Pikulik, R G, Potapov, I A, Smol`skij, S L, Solovej, V L, and Chmshkyan, D V}
abstractNote = {Possibility of advanced irradiation of indicative vessel samples by fast neutron fluence in the PIK reactor core has been investigated. Fast neutron flux density {Phi} (neutron energy being above 1.2 MeV) in the core and in the model ampoules with indicative samples has been measured in the critical assambly called Physical model of the PIK reactor and calculated by Monte-Carlo TAU code. The value of {Phi} in indicative vessel samples irradiated in the middle part of the core is 1.7{+-}0.1 times greater than the value of {Phi} on the inner surface of the vessel. 5 refs.; 2 figs.; 1 tab.}
place = {Russian Federation}
year = {1989}
month = {Dec}
}