A multipurpose spherical neutron counter
H. Toyokawa, Akira Uritani, Chisato Mori, N. Takeda, K. Kudo
Abstract
H. Toyokawa, Akira Uritani, Chisato Mori, N. Takeda, K. Kudo
Abstract
We have developed a unique neutron counter applicable to measurements of fluence, energy distribution and the dose equivalent of neutrons with very wide energy range, and to estimations of incident direction of neutron beams. This 4/spl pi/ sensitive neutron counter consists of a spherical polyethylene moderator and three charge-division-type position-sensitive proportional counters (PSPCs) inserted into the moderator orthogonally with each other. The three PSPCs give thermal neutron distributions in the spherical moderator that bring us the above information. The characteristics of this neutron counter have been studied with Monte Carlo simulations and with experiments using monoenergetic neutrons.>
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We have developed a unique neutron counter applicable to measurements of fluence, energy distribution and the dose equivalent of neutrons with very wide energy range, and to estimations of incident direction of neutron beams. This 4/spl pi/ sensitive neutron counter consists of a spherical polyethylene moderator and three charge-division-type position-sensitive proportional counters (PSPCs) inserted into the moderator orthogonally with each other. The three PSPCs give thermal neutron distributions in the spherical moderator that bring us the above information. The characteristics of this neutron counter have been studied with Monte Carlo simulations and with experiments using monoenergetic neutrons.>
Key concepts: Neutron, Neutron temperature, Proportional counter, Nuclear physics, Physics, Neutron moderator, Bonner sphere, Monte Carlo method