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THE NUCLEATE BOILING MODEL 8
THE EFFECT OF SURFACE CONDITION
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100 PRESSURE alkali metals amount of gaseous analog computer analysis ASSUMED BEHAVI0R atmosphere behavior boiling in potassium Boiling of Sodium boiling of water boiling water bubble radius critical point Critical-bubble Radius versus curve for water Curve of Liquid Curve of Saturated degassed water degree of liquid Equa expressed by Equation fixed temperature gaseous phase contained gaseous phase present Hence high liquid superheats initiate nucleate boiling Initiation of Nucleate liquid metals liquid super Liquid Superheat versus liquid superheats required liquid temperature versus liquid-metal systems Mechanical equilibrium modeling technique nucleate boiling model nucleation sites phase Refers predicted liquid superheats Pressure for Boiling Pressure for Water psia radii and liquid required for boiling required to initiate Saturated Vapor Pressure saturated-vapor curve serve as nucleation sodium and potassium stable vapor bubble superheated liquid temperature surface condition surface tension t^s for Initiation tús increases temperature versus pressure thermal equilibrium vapor temperature