Abstract
Previously determined experimental and theoretical expressions for the lateral distribution of particles in extensive air showers are used to predict the response of a single scintillator to these showers. The integral rate of particles traversing the scintillator is found in terms of the integral rate of showers; the average size of shower resulting in a given number of particles through the scintillator is calculated; the effect of the zenith-angle distribution of the shower axes is also investigated.
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