Abstract
A lithium-fluoride pile was constructed by piling the lithium-fluoride ceramic blocks developed for the present study, and scalar neutron spectrum per source neutron in this pile was measured with a miniature NE213 spectrometer. The measured spectrum was unfolded with two window widths, a spectrometer resolution and one modified by one-time FORIST iteration. The measured spectrum was compared with ones calculated using the MORSE-GG Monte Carlo code with a modified point-detector estimator presented by Carter & Cashwell and the GICXFNS group cross-section set. The measured and calculated spectra agreed each other in their error bands, with the exception of the source energy peak.
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