Abstract
The beryllium sphere neutron multiplication integral experiment is simulated by using neutron transport codes and latest evaluated data. The feasibility of the experimental method is verified, and the computing corrections for the experimental results are derived. Errors resulted from the perturbation of the detection system are estimated and corrected. Finally, the comparison of the experimental data with the calculating data is completed. It shows that the capability of evaluated data of beryllium sphere neutron multiplication adopted by ENDF/B-VI and Los Alamos are 8% higher than experiment results.
Lianyan, Liu
[1]
- Institute of Applied Physics and Computational Mathematics, Beijing, BJ (China)
Citation Formats
Lianyan, Liu.
Analyses for neutron multiplication integral experiment of beryllium spheres.
China: N. p.,
1992.
Web.
Lianyan, Liu.
Analyses for neutron multiplication integral experiment of beryllium spheres.
China.
Lianyan, Liu.
1992.
"Analyses for neutron multiplication integral experiment of beryllium spheres."
China.
@misc{etde_10145470,
title = {Analyses for neutron multiplication integral experiment of beryllium spheres}
author = {Lianyan, Liu}
abstractNote = {The beryllium sphere neutron multiplication integral experiment is simulated by using neutron transport codes and latest evaluated data. The feasibility of the experimental method is verified, and the computing corrections for the experimental results are derived. Errors resulted from the perturbation of the detection system are estimated and corrected. Finally, the comparison of the experimental data with the calculating data is completed. It shows that the capability of evaluated data of beryllium sphere neutron multiplication adopted by ENDF/B-VI and Los Alamos are 8% higher than experiment results.}
place = {China}
year = {1992}
month = {Mar}
}
title = {Analyses for neutron multiplication integral experiment of beryllium spheres}
author = {Lianyan, Liu}
abstractNote = {The beryllium sphere neutron multiplication integral experiment is simulated by using neutron transport codes and latest evaluated data. The feasibility of the experimental method is verified, and the computing corrections for the experimental results are derived. Errors resulted from the perturbation of the detection system are estimated and corrected. Finally, the comparison of the experimental data with the calculating data is completed. It shows that the capability of evaluated data of beryllium sphere neutron multiplication adopted by ENDF/B-VI and Los Alamos are 8% higher than experiment results.}
place = {China}
year = {1992}
month = {Mar}
}