Low-Background High-Efficiency Detector for the Study of the (n,α) Reaction at Pulsed Neutron Source
A. Antonov, Andrej A. Bogdzel, Yu. M. Gledenov, V.G. Tishin
Abstract
A. Antonov, Andrej A. Bogdzel, Yu. M. Gledenov, V.G. Tishin
Abstract
The reported alpha-particle detector consists of eight flat proportional chambers connected in pairs. It is designed for measurement of the (n,α) reaction on resonance neutrons from a pulsed neutron source with a pulse duration of ∼50 ns. The target’s total area is 10 000 cm2, which allows the use of large amounts of investigated materials (up to 100 g). The detector is used as a low-background counter of alpha particles. Its background is <3 × 10−4 count/cm2·s at a neutron flux of >106 n/cm2·s. For an integral neutron flux of ∼1012 n/cm2, stable operation of the detector was obtained.
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The reported alpha-particle detector consists of eight flat proportional chambers connected in pairs. It is designed for measurement of the (n,α) reaction on resonance neutrons from a pulsed neutron source with a pulse duration of ∼50 ns. The target’s total area is 10 000 cm2, which allows the use of large amounts of investigated materials (up to 100 g). The detector is used as a low-background counter of alpha particles. Its background is <3 × 10−4 count/cm2·s at a neutron flux of >106 n/cm2·s. For an integral neutron flux of ∼1012 n/cm2, stable operation of the detector was obtained.
Key concepts: Neutron source, Neutron detection, Neutron, Nuclear physics, Neutron flux, Detector, Physics, Alpha particle