Abstract
The γ-ray spectra emitted following capture of low-energy neutrons ( E n < 10 keV) were observed as a function of incident neutron energy. The neutron energies were selected by the time-of-light technique while the γ-rays were detected in a NaI(Tl) anticoincidence spectrometer. Significant variations of the γ-ray intensities as a function of neutron energy occur. Two previously unreported resonances at 470 ± 20 and 1080 ± 60 eV neutron energy are observed in scandium.
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