Abstract
A technique to determine the concentration of sulphur compounds as a function of depth below surfaces is described. It makes use of nuclear reactions which exhibit sharp resonances for the emission of gamma rays. Identification of the isotopes 32S (95% in natural S) and 34S (4%) can be made and allows studies of interdiffusion processes. Procedures to deconvolute the results of measured excitation functions are described along with other methods of obtaining the concentration profiles.
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