Abstract
An effective two-phase short vortex chamber was made on a trial basis. A steady and high speed two-phase swirling flow was formed in the vortex chamber. The effects of the slit nozzle width, the flow rate and the location of gs exhaust were investigated experimentally. The relations between the separated liquid flow rate and the total flow rate were made clear. It was concluded that the gas kinetic energy was transferred efficiently into rate were set at suitable values. The data obtained in the experiment could be useful in designing various short vortex chambers accompanying a gas-liquid two-phase swirling flow.
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