Abstract
The use of a semi-analytic method for making multiple scattering corrections in slow-neutron scattering work is illustrated by applying the method to a detailed calculation of the multiple scattering in liquid helium. It is assumed that the liquid helium sample is contained in a cylindrical cassette which is partitioned with absorbing spacers and the calculations are performed for conditions appropriate to triple-axis crystal spectrometry at Chalk River Nuclear Laboratories.
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