Abstract
A compact experimental arrangement (called the “close geometry”), which was investigated for the purpose of measuring identified charged-particles from 14.1 MeV neutron-induced reactions of relatively low cross sections, has been described and discussed. The 3Hd neutron source, a target and two counter telescopes consisting of silicon detectors and gas proportional counters were inserted in a small scattering chamber designed specially for this purpose. The apparatus followed by a data-acquisition system developed on the basis of the CAMAC standard has been employed successfully for the measurement of differential cross sections for 14.1 MeV neutron-induced reactions on light nuclei.
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