Abstract
A rapid radiochemical procedure for Pd separation was developed. It was the first time to use radiochemical techniques to determine {sup 114}Pd cumulative yield (2.50 {+-} 0.14)% in {sup 252}Cf spontaneous fission. The cumulative yields of (3.50 {+-} 0.13)% and (3.70 {+-} 0.11)% for {sup 112}Pd and {sup 113g}Ag were also obtained. These are in agreement with Skovorodkin`s results. The cumulative yields determined show that there is a fine-structure at light peak of mass number A = 113 in the mass distribution of {sup 252}Cf spontaneous fission.
Runlan, Yu;
Xueliang, Li;
Anzhi, Cui;
Jingru, Guo;
Shuhen, Yan;
Peijia, Tang;
Daming, Liu
[1]
- China Inst. of Atomic Energy, Beijing (China)
Citation Formats
Runlan, Yu, Xueliang, Li, Anzhi, Cui, Jingru, Guo, Shuhen, Yan, Peijia, Tang, and Daming, Liu.
Determination of {sup 114}Pd cumulative yield and investigation of the fine-structure at light peak in mass distribution of {sup 252}Cf spontaneous fission.
China: N. p.,
1991.
Web.
Runlan, Yu, Xueliang, Li, Anzhi, Cui, Jingru, Guo, Shuhen, Yan, Peijia, Tang, & Daming, Liu.
Determination of {sup 114}Pd cumulative yield and investigation of the fine-structure at light peak in mass distribution of {sup 252}Cf spontaneous fission.
China.
Runlan, Yu, Xueliang, Li, Anzhi, Cui, Jingru, Guo, Shuhen, Yan, Peijia, Tang, and Daming, Liu.
1991.
"Determination of {sup 114}Pd cumulative yield and investigation of the fine-structure at light peak in mass distribution of {sup 252}Cf spontaneous fission."
China.
@misc{etde_10119757,
title = {Determination of {sup 114}Pd cumulative yield and investigation of the fine-structure at light peak in mass distribution of {sup 252}Cf spontaneous fission}
author = {Runlan, Yu, Xueliang, Li, Anzhi, Cui, Jingru, Guo, Shuhen, Yan, Peijia, Tang, and Daming, Liu}
abstractNote = {A rapid radiochemical procedure for Pd separation was developed. It was the first time to use radiochemical techniques to determine {sup 114}Pd cumulative yield (2.50 {+-} 0.14)% in {sup 252}Cf spontaneous fission. The cumulative yields of (3.50 {+-} 0.13)% and (3.70 {+-} 0.11)% for {sup 112}Pd and {sup 113g}Ag were also obtained. These are in agreement with Skovorodkin`s results. The cumulative yields determined show that there is a fine-structure at light peak of mass number A = 113 in the mass distribution of {sup 252}Cf spontaneous fission.}
place = {China}
year = {1991}
month = {Jul}
}
title = {Determination of {sup 114}Pd cumulative yield and investigation of the fine-structure at light peak in mass distribution of {sup 252}Cf spontaneous fission}
author = {Runlan, Yu, Xueliang, Li, Anzhi, Cui, Jingru, Guo, Shuhen, Yan, Peijia, Tang, and Daming, Liu}
abstractNote = {A rapid radiochemical procedure for Pd separation was developed. It was the first time to use radiochemical techniques to determine {sup 114}Pd cumulative yield (2.50 {+-} 0.14)% in {sup 252}Cf spontaneous fission. The cumulative yields of (3.50 {+-} 0.13)% and (3.70 {+-} 0.11)% for {sup 112}Pd and {sup 113g}Ag were also obtained. These are in agreement with Skovorodkin`s results. The cumulative yields determined show that there is a fine-structure at light peak of mass number A = 113 in the mass distribution of {sup 252}Cf spontaneous fission.}
place = {China}
year = {1991}
month = {Jul}
}