Abstract
Classical condensation theory is used to predict cluster production in a nozzle with a slit-throat. The basic idea underlying this nozzle is that a slit-throat nozzle is approximately equivalent to a linear array of axisymmetric nozzles of diameter equal to the throat width. The results of computation show that the slit-throat nozzle can produce a cluster beam of high total flux with a constant cluster size, and are approximately in agreement with those of experiments.
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