Abstract
A gamma-ray transmission gauge was applied for the measurement of the interzone-layer parameters in an extraction tower. The resolving power'' function of the gauge was used to obtain the optimum design parameters, such as gamma-ray energy, source-to-detector distance, and gauge location on the separation tower. Results from a prototype gauge operated on a furfural extraction tower in the lubrication oil industry are presented and discussed. The mathematical model described offers guidelines for analyzing similar gauging problems. (auth)
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