Abstract
A compact accelerator with high current ion source, low energy beam transport elements and windowless gas target was designed to investigate the thermonuclear reaction cross section. The idea of this project focused on the cross section measurement of the fusion reaction data {sup 3}He+{sup 3}He-{sup 4}He+p+p at 25keV. The system will be installed in Otoh Cosmo Observatory (1270m.w.e.) to get rid of the huge cosmic and environmental background. It consists of NANOGUN ECR ion source, focusing elements made of permanent magnets window less {sup 3}He gas target and/or He{sup 3} plasma target and detector telescopes with low noise and low background. Requirements for these were discussed technically and various ideas were proposed. (author)
Itahashi, T;
Takahisa, K;
Fujiwara, M;
Toki, H;
Ejiri, H;
[1]
Ohsumi, H;
Komori, M
- Osaka Univ., Ibaraki (Japan). Research Center for Nuclear Physics
Citation Formats
Itahashi, T, Takahisa, K, Fujiwara, M, Toki, H, Ejiri, H, Ohsumi, H, and Komori, M.
Requirements for design of accelerator, beam transport, and target in a study of thermonuclear reaction cross section.
Japan: N. p.,
1997.
Web.
Itahashi, T, Takahisa, K, Fujiwara, M, Toki, H, Ejiri, H, Ohsumi, H, & Komori, M.
Requirements for design of accelerator, beam transport, and target in a study of thermonuclear reaction cross section.
Japan.
Itahashi, T, Takahisa, K, Fujiwara, M, Toki, H, Ejiri, H, Ohsumi, H, and Komori, M.
1997.
"Requirements for design of accelerator, beam transport, and target in a study of thermonuclear reaction cross section."
Japan.
@misc{etde_588434,
title = {Requirements for design of accelerator, beam transport, and target in a study of thermonuclear reaction cross section}
author = {Itahashi, T, Takahisa, K, Fujiwara, M, Toki, H, Ejiri, H, Ohsumi, H, and Komori, M}
abstractNote = {A compact accelerator with high current ion source, low energy beam transport elements and windowless gas target was designed to investigate the thermonuclear reaction cross section. The idea of this project focused on the cross section measurement of the fusion reaction data {sup 3}He+{sup 3}He-{sup 4}He+p+p at 25keV. The system will be installed in Otoh Cosmo Observatory (1270m.w.e.) to get rid of the huge cosmic and environmental background. It consists of NANOGUN ECR ion source, focusing elements made of permanent magnets window less {sup 3}He gas target and/or He{sup 3} plasma target and detector telescopes with low noise and low background. Requirements for these were discussed technically and various ideas were proposed. (author)}
place = {Japan}
year = {1997}
month = {Mar}
}
title = {Requirements for design of accelerator, beam transport, and target in a study of thermonuclear reaction cross section}
author = {Itahashi, T, Takahisa, K, Fujiwara, M, Toki, H, Ejiri, H, Ohsumi, H, and Komori, M}
abstractNote = {A compact accelerator with high current ion source, low energy beam transport elements and windowless gas target was designed to investigate the thermonuclear reaction cross section. The idea of this project focused on the cross section measurement of the fusion reaction data {sup 3}He+{sup 3}He-{sup 4}He+p+p at 25keV. The system will be installed in Otoh Cosmo Observatory (1270m.w.e.) to get rid of the huge cosmic and environmental background. It consists of NANOGUN ECR ion source, focusing elements made of permanent magnets window less {sup 3}He gas target and/or He{sup 3} plasma target and detector telescopes with low noise and low background. Requirements for these were discussed technically and various ideas were proposed. (author)}
place = {Japan}
year = {1997}
month = {Mar}
}