Abstract
One of the long-standing applications of neutron capture gamma ray spectrometry is the determination of boron concentrations by in-beam prompt gamma analysis utilizing thermal neutrons. In this, the matrix-dependent shape variability of the Doppler-broadened gamma line has previously not been taken into account. The method described here recognizes the basic symmetry of the line and is of special significance in the frequent case of sodium interference, when it allows a better quantitative separation of the boron and sodium prompt gamma peaks.
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