Abstract
We are developing a method of (n,{alpha}) cross section measurement using gaseous samples in a gridded ionization chamber (GIC). This method enables cross section measurements in large solid angle without the distortion by the energy loss in a sample, but requires a method to estimate the detection efficiency. We solve this problem by using GIC signals and a tight neutron collimation. The validity of this method was confirmed through the {sup 12}C(n,{alpha}{sub 0}){sup 9}Be measurement. We applied this method to the {sup 16}O(n,{alpha}){sup 13}C cross section around 14.1 MeV. (author)
Sanami, Toshiya;
Baba, Mamoru;
Saito, Keiichiro;
Ibara, Yasutaka;
Hirakawa, Naohiro
[1]
- Tohoku Univ., Sendai (Japan). Faculty of Engineering
Citation Formats
Sanami, Toshiya, Baba, Mamoru, Saito, Keiichiro, Ibara, Yasutaka, and Hirakawa, Naohiro.
(n,{alpha}) cross section measurement of gaseous sample using gridded ionization chamber. Cross section determination.
Japan: N. p.,
1997.
Web.
Sanami, Toshiya, Baba, Mamoru, Saito, Keiichiro, Ibara, Yasutaka, & Hirakawa, Naohiro.
(n,{alpha}) cross section measurement of gaseous sample using gridded ionization chamber. Cross section determination.
Japan.
Sanami, Toshiya, Baba, Mamoru, Saito, Keiichiro, Ibara, Yasutaka, and Hirakawa, Naohiro.
1997.
"(n,{alpha}) cross section measurement of gaseous sample using gridded ionization chamber. Cross section determination."
Japan.
@misc{etde_545182,
title = {(n,{alpha}) cross section measurement of gaseous sample using gridded ionization chamber. Cross section determination}
author = {Sanami, Toshiya, Baba, Mamoru, Saito, Keiichiro, Ibara, Yasutaka, and Hirakawa, Naohiro}
abstractNote = {We are developing a method of (n,{alpha}) cross section measurement using gaseous samples in a gridded ionization chamber (GIC). This method enables cross section measurements in large solid angle without the distortion by the energy loss in a sample, but requires a method to estimate the detection efficiency. We solve this problem by using GIC signals and a tight neutron collimation. The validity of this method was confirmed through the {sup 12}C(n,{alpha}{sub 0}){sup 9}Be measurement. We applied this method to the {sup 16}O(n,{alpha}){sup 13}C cross section around 14.1 MeV. (author)}
place = {Japan}
year = {1997}
month = {Mar}
}
title = {(n,{alpha}) cross section measurement of gaseous sample using gridded ionization chamber. Cross section determination}
author = {Sanami, Toshiya, Baba, Mamoru, Saito, Keiichiro, Ibara, Yasutaka, and Hirakawa, Naohiro}
abstractNote = {We are developing a method of (n,{alpha}) cross section measurement using gaseous samples in a gridded ionization chamber (GIC). This method enables cross section measurements in large solid angle without the distortion by the energy loss in a sample, but requires a method to estimate the detection efficiency. We solve this problem by using GIC signals and a tight neutron collimation. The validity of this method was confirmed through the {sup 12}C(n,{alpha}{sub 0}){sup 9}Be measurement. We applied this method to the {sup 16}O(n,{alpha}){sup 13}C cross section around 14.1 MeV. (author)}
place = {Japan}
year = {1997}
month = {Mar}
}