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INTRODUCTION TO TWOPHASE FLOW
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annular application average balance behavior boiling boundary condition break bubble bundle burnout calculated channel coefficient constant core correlation critical flow critical heat flux cross defined density dependent determined discussed distribution droplets dynamic effect energy enthalpy equations example experimental experiments expressed factor Figure flow rate fluid forced function geometry given gives heat transfer Hewitt illustrated increase influence inlet instability laws length limited liquid mass flow rate mass velocity measured mechanism method mixing mixture momentum nucleate obtained occurs operation oscillations outlet parameters particular phase practical prediction present pressure drop ratio reactor region reported separator shows single-phase steam studies subchannel subcooled surface surface tension temperature thermal tube two-phase flow values vapor variables various void fraction volume wall wave