Abstract
Energy and angular distributions of protons and alpha particles emitted in the reactions 28Si(n, p) 28Al and 28Si(n, α) 25Mg were measured at neutron energies of 13.95 and 14.6 MeV by irradiating two Si detectors facing each other and accepting only pulses from charged particles leaving one detector and hitting the other. Particle identification and discrimination between forward and backward angles were achieved by a time-of-flight method.
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