Effect of equipment lag on the results of continuous activation logging

Effect of equipment lag on the width, maximum intensity and anomaly square in the case of analogous registration of results of continuous activation logging, is considered. The technique of accounting for the effect of lag is suggested. For spectrometric continuous activation togging for fluorine pallete dependences are calculated which permit to increase the accuracy of the quantitative interpretation of results of activation logging for low-thick ore bodies. Calculated dependences of anomaly width and its intensity on the stratum thickness can be used for quantitative interpretation of spectrometric activation logging for fluorine