Method for predicting experiment result of screen-grid ionization chamber for measuring neutron-induced nuclear reaction
An experimental result and ionization chamber technology, applied in the field of radiation detection, can solve problems such as inability to identify, fail in experiments, and not found, and achieve the effect of small computer resource occupation, simple calculation method, and easy implementation.
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[0043]The method of the present invention will be described below by way of a specific embodiment, but the present invention is not limited thereto.
[0044]This embodiment uses a double-screen gate ionosphere pair58Ni (n, α)55The FE reaction is measured, and the particles measured are58Ni (n, α)55The α particles generated by the Fe reaction, the sample used is pure58Ni foil sample, neutron accelerate the ionic ion bundle of 离 氘 氘 气 气 靶 气 氘2H (d, n)3HE reaction is obtained, double-screen gate ionosphere measurement experiment layoutfigure 2 Indicated. The experimental plan measures the neutron energy below 5.00me.58Ni (n, α)55The FE reaction is here to be tested, and the alpha particoss produced by the reaction is a particle to be tested. Simultaneously,58After Ni samples are irradiated with 5.00 MeV, there will be58Ni (n, p)58CO interference reactions, producing a proton, also detected by the ionosphere. At present, the working gas has KR + 2.74% CO2Combination and XE + 8.50% H2Combin...
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