Abstract
Some results are given of investigations on joint operation modes of the linear induction electron accelerator LIA-30 ({approx} 40 MeV, {approx} 100 kA, {approx} 20 ns) and the pulsed reactor FR-1 with a compact metal core, aimed at achieving high intensity neutron fluxes. The multiplication factor Q for prompt neutrons in the FR-1 booster mode operation increased from 100 to 4500. The total output of prompt neutrons from FR-1 at Q = 2570 was 1.4 x 10{sup 16} 1/pulse with a pulse half width of {approx} 25 {mu}s. (author). 4 figs., 4 refs.
Bossamykin, V S;
Koshelev, A S;
Gerasimov, A I;
Gordeev, V S;
Grishin, A V;
Averchenkov, V Ya;
Lazarev, S A;
Maslov, G N;
Odintsov, Yu M
[1]
- All-Russian Scientific Research Institute of Experimental Physics, Sarov (Russian Federation)
Citation Formats
Bossamykin, V S, Koshelev, A S, Gerasimov, A I, Gordeev, V S, Grishin, A V, Averchenkov, V Ya, Lazarev, S A, Maslov, G N, and Odintsov, Yu M.
Intensive neutron source based on powerful electron linear accelerator LIA-30 and pulsed nuclear reactor FR-1.
Czech Republic: N. p.,
1996.
Web.
Bossamykin, V S, Koshelev, A S, Gerasimov, A I, Gordeev, V S, Grishin, A V, Averchenkov, V Ya, Lazarev, S A, Maslov, G N, & Odintsov, Yu M.
Intensive neutron source based on powerful electron linear accelerator LIA-30 and pulsed nuclear reactor FR-1.
Czech Republic.
Bossamykin, V S, Koshelev, A S, Gerasimov, A I, Gordeev, V S, Grishin, A V, Averchenkov, V Ya, Lazarev, S A, Maslov, G N, and Odintsov, Yu M.
1996.
"Intensive neutron source based on powerful electron linear accelerator LIA-30 and pulsed nuclear reactor FR-1."
Czech Republic.
@misc{etde_510884,
title = {Intensive neutron source based on powerful electron linear accelerator LIA-30 and pulsed nuclear reactor FR-1}
author = {Bossamykin, V S, Koshelev, A S, Gerasimov, A I, Gordeev, V S, Grishin, A V, Averchenkov, V Ya, Lazarev, S A, Maslov, G N, and Odintsov, Yu M}
abstractNote = {Some results are given of investigations on joint operation modes of the linear induction electron accelerator LIA-30 ({approx} 40 MeV, {approx} 100 kA, {approx} 20 ns) and the pulsed reactor FR-1 with a compact metal core, aimed at achieving high intensity neutron fluxes. The multiplication factor Q for prompt neutrons in the FR-1 booster mode operation increased from 100 to 4500. The total output of prompt neutrons from FR-1 at Q = 2570 was 1.4 x 10{sup 16} 1/pulse with a pulse half width of {approx} 25 {mu}s. (author). 4 figs., 4 refs.}
place = {Czech Republic}
year = {1996}
month = {Dec}
}
title = {Intensive neutron source based on powerful electron linear accelerator LIA-30 and pulsed nuclear reactor FR-1}
author = {Bossamykin, V S, Koshelev, A S, Gerasimov, A I, Gordeev, V S, Grishin, A V, Averchenkov, V Ya, Lazarev, S A, Maslov, G N, and Odintsov, Yu M}
abstractNote = {Some results are given of investigations on joint operation modes of the linear induction electron accelerator LIA-30 ({approx} 40 MeV, {approx} 100 kA, {approx} 20 ns) and the pulsed reactor FR-1 with a compact metal core, aimed at achieving high intensity neutron fluxes. The multiplication factor Q for prompt neutrons in the FR-1 booster mode operation increased from 100 to 4500. The total output of prompt neutrons from FR-1 at Q = 2570 was 1.4 x 10{sup 16} 1/pulse with a pulse half width of {approx} 25 {mu}s. (author). 4 figs., 4 refs.}
place = {Czech Republic}
year = {1996}
month = {Dec}
}