Abstract
A fine striped interfacial wave pattern was observed on the thin liquid sheet jet in a cocurrent gas stream. The experiment revealed that this wave pattern affected the disintegration of a liquid sheet. In order to clarify the significant factor of the liquid jet wave motion, the fine interfacial waves on a plane liquid jet in a stationary atmosphere were also investigated experimentally. The interfacial waves were classified into the following five patterns: smooth, two-dimensional wave, modified two-dimensional wave, pebble wave and sandpaperlike wave. The fundamental mechanism of the fine interfacial wave was investigated by developing an optical measuring device.
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