Abstract
The flow structure formed behind supersonic nozzle with a screen under joint outflow of gas and near-wall liquid film into vacuum is studied experimentally. Pressure in cavity between the nozzle and the screen is measured. Transversal pressure profiles in a jet behind the nozzle for different values of background gas pressure in the vacuum chamber are obtained. The significant effect of the screen on droplet phase flow structure behind the nozzle is shown.
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