Abstract
A 14MeV neutron spectrometer suitable for an ITER-like fusion experimental reactor is now under development on the basis of a recoil proton counter telescope principle in oblique scattering geometry. To verify its high energy resolution characteristics, preliminary experiments are made for a prototypical detector system. The comparison results show reasonably good agreement and demonstrate the possibility of energy resolution of 2.5% in full width at half maximum for 14MeV neutron spectrometry. (author)
Iguchi, Tetsuo;
[1]
Takada, Eiji;
Nakazawa, Masaharu
- Tokyo Univ., Tokai, Ibaraki (Japan). Nuclear Engineering Research Lab.
Citation Formats
Iguchi, Tetsuo, Takada, Eiji, and Nakazawa, Masaharu.
High energy resolution characteristics on 14MeV neutron spectrometer for fusion experimental reactor.
Japan: N. p.,
1996.
Web.
Iguchi, Tetsuo, Takada, Eiji, & Nakazawa, Masaharu.
High energy resolution characteristics on 14MeV neutron spectrometer for fusion experimental reactor.
Japan.
Iguchi, Tetsuo, Takada, Eiji, and Nakazawa, Masaharu.
1996.
"High energy resolution characteristics on 14MeV neutron spectrometer for fusion experimental reactor."
Japan.
@misc{etde_489236,
title = {High energy resolution characteristics on 14MeV neutron spectrometer for fusion experimental reactor}
author = {Iguchi, Tetsuo, Takada, Eiji, and Nakazawa, Masaharu}
abstractNote = {A 14MeV neutron spectrometer suitable for an ITER-like fusion experimental reactor is now under development on the basis of a recoil proton counter telescope principle in oblique scattering geometry. To verify its high energy resolution characteristics, preliminary experiments are made for a prototypical detector system. The comparison results show reasonably good agreement and demonstrate the possibility of energy resolution of 2.5% in full width at half maximum for 14MeV neutron spectrometry. (author)}
place = {Japan}
year = {1996}
month = {Oct}
}
title = {High energy resolution characteristics on 14MeV neutron spectrometer for fusion experimental reactor}
author = {Iguchi, Tetsuo, Takada, Eiji, and Nakazawa, Masaharu}
abstractNote = {A 14MeV neutron spectrometer suitable for an ITER-like fusion experimental reactor is now under development on the basis of a recoil proton counter telescope principle in oblique scattering geometry. To verify its high energy resolution characteristics, preliminary experiments are made for a prototypical detector system. The comparison results show reasonably good agreement and demonstrate the possibility of energy resolution of 2.5% in full width at half maximum for 14MeV neutron spectrometry. (author)}
place = {Japan}
year = {1996}
month = {Oct}
}