Abstract
The energy-angular distributions for secondary neutrons and protons of breakup reactions and the elastic angular distributions of n+D were calculated by the computer code TSD which was developed by Chu and his co-workers from the three-body integral equations based on Faddeev-AGS theory. The results are compiled in the ENDF/B-6 format, and they are stored in the second version of Chinese Evaluated Nuclear DAta Library, CENDL-2. Their errors of energy conservation for breakup are less than one percent. The differential cross sections of the elastic scattering and the double-differential cross sections for secondary neutrons and protons of breakup reactions were calculated from CENDL-2, the results are in good agreement with the experimental data.
Citation Formats
Lianyuan, Chu, Cuilan, Wang, and Youxiang, Zhuang.
The calculation of angular and energy-angular distributions for n+D reactions.
China: N. p.,
1991.
Web.
Lianyuan, Chu, Cuilan, Wang, & Youxiang, Zhuang.
The calculation of angular and energy-angular distributions for n+D reactions.
China.
Lianyuan, Chu, Cuilan, Wang, and Youxiang, Zhuang.
1991.
"The calculation of angular and energy-angular distributions for n+D reactions."
China.
@misc{etde_10119712,
title = {The calculation of angular and energy-angular distributions for n+D reactions}
author = {Lianyuan, Chu, Cuilan, Wang, and Youxiang, Zhuang}
abstractNote = {The energy-angular distributions for secondary neutrons and protons of breakup reactions and the elastic angular distributions of n+D were calculated by the computer code TSD which was developed by Chu and his co-workers from the three-body integral equations based on Faddeev-AGS theory. The results are compiled in the ENDF/B-6 format, and they are stored in the second version of Chinese Evaluated Nuclear DAta Library, CENDL-2. Their errors of energy conservation for breakup are less than one percent. The differential cross sections of the elastic scattering and the double-differential cross sections for secondary neutrons and protons of breakup reactions were calculated from CENDL-2, the results are in good agreement with the experimental data.}
place = {China}
year = {1991}
month = {Nov}
}
title = {The calculation of angular and energy-angular distributions for n+D reactions}
author = {Lianyuan, Chu, Cuilan, Wang, and Youxiang, Zhuang}
abstractNote = {The energy-angular distributions for secondary neutrons and protons of breakup reactions and the elastic angular distributions of n+D were calculated by the computer code TSD which was developed by Chu and his co-workers from the three-body integral equations based on Faddeev-AGS theory. The results are compiled in the ENDF/B-6 format, and they are stored in the second version of Chinese Evaluated Nuclear DAta Library, CENDL-2. Their errors of energy conservation for breakup are less than one percent. The differential cross sections of the elastic scattering and the double-differential cross sections for secondary neutrons and protons of breakup reactions were calculated from CENDL-2, the results are in good agreement with the experimental data.}
place = {China}
year = {1991}
month = {Nov}
}