Standard
External Neutron Source for Research Reactor Based on Linear Accelerator and Beryllium Target. / Struev, V.P.; Bogdanov, A.A.; Golovkina, A.G.; Kiselev, Yu.V.; Kudinovich, I.V.; Laikin, A.I.; Rubanov, S.M.
2014. Abstract from International Particle Accelerator Conference 2014, Dresden, Saxony, Germany.
Research output: Contribution to conference › Abstract
Harvard
Struev, VP, Bogdanov, AA
, Golovkina, AG, Kiselev, YV
, Kudinovich, IV, Laikin, AI & Rubanov, SM 2014, '
External Neutron Source for Research Reactor Based on Linear Accelerator and Beryllium Target', International Particle Accelerator Conference 2014, Dresden, Germany,
15/06/14 -
20/06/14.
APA
Struev, V. P., Bogdanov, A. A.
, Golovkina, A. G., Kiselev, Y. V.
, Kudinovich, I. V., Laikin, A. I., & Rubanov, S. M. (2014).
External Neutron Source for Research Reactor Based on Linear Accelerator and Beryllium Target. Abstract from International Particle Accelerator Conference 2014, Dresden, Saxony, Germany.
Vancouver
Author
Struev, V.P. ; Bogdanov, A.A.
; Golovkina, A.G. ; Kiselev, Yu.V.
; Kudinovich, I.V. ; Laikin, A.I. ; Rubanov, S.M. /
External Neutron Source for Research Reactor Based on Linear Accelerator and Beryllium Target. Abstract from International Particle Accelerator Conference 2014, Dresden, Saxony, Germany.
BibTeX
@conference{d8c722d0df964eae819652ae696ba43f,
title = "External Neutron Source for Research Reactor Based on Linear Accelerator and Beryllium Target",
abstract = "Nuclear research reactor “U-3” of Krylov State Research Center was operated as an experimental tool to study a radiation shield of small nuclear power plants, radiation resistance of its equipment including control system elements. Reactor thermal output power is 50 kW. Currently reactor modernization is being carried out, in the framework of which neutron lighting system that consists of a linear electron accelerator “UEL-10D” (10 MeV) and a beryllium target is implemented. At the present time the neutron yield from the target experiments are going on, some obtained experimental results are presented. Optimal target sizes with a view to neutron yield were defined.",
author = "V.P. Struev and A.A. Bogdanov and A.G. Golovkina and Yu.V. Kiselev and I.V. Kudinovich and A.I. Laikin and S.M. Rubanov",
year = "2014",
language = "не определен",
note = "null ; Conference date: 15-06-2014 Through 20-06-2014",
url = "http://www.ipac14.org/, http://conference.researchbib.com/view/event/23353",
}
RIS
TY - CONF
T1 - External Neutron Source for Research Reactor Based on Linear Accelerator and Beryllium Target
AU - Struev, V.P.
AU - Bogdanov, A.A.
AU - Golovkina, A.G.
AU - Kiselev, Yu.V.
AU - Kudinovich, I.V.
AU - Laikin, A.I.
AU - Rubanov, S.M.
N1 - Conference code: 5
PY - 2014
Y1 - 2014
N2 - Nuclear research reactor “U-3” of Krylov State Research Center was operated as an experimental tool to study a radiation shield of small nuclear power plants, radiation resistance of its equipment including control system elements. Reactor thermal output power is 50 kW. Currently reactor modernization is being carried out, in the framework of which neutron lighting system that consists of a linear electron accelerator “UEL-10D” (10 MeV) and a beryllium target is implemented. At the present time the neutron yield from the target experiments are going on, some obtained experimental results are presented. Optimal target sizes with a view to neutron yield were defined.
AB - Nuclear research reactor “U-3” of Krylov State Research Center was operated as an experimental tool to study a radiation shield of small nuclear power plants, radiation resistance of its equipment including control system elements. Reactor thermal output power is 50 kW. Currently reactor modernization is being carried out, in the framework of which neutron lighting system that consists of a linear electron accelerator “UEL-10D” (10 MeV) and a beryllium target is implemented. At the present time the neutron yield from the target experiments are going on, some obtained experimental results are presented. Optimal target sizes with a view to neutron yield were defined.
M3 - тезисы
Y2 - 15 June 2014 through 20 June 2014
ER -
