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[en] A theoretical model is developed which allows a consistent treatment of the wall heat flux in an inverted-annular film boiling regime. The model is based on an analytical solution of the energy conservation equations in the vapor and liquid regions downstream of the quench front. A constant vapor film thickness is assumed, which depends on the fluid equilibrium quality at the quench front. Good agreement is obtained in comparing the model with quasi-steady state experimental results. (orig.)
Journal
Nuclear Engineering and Design; ISSN 0029-5493; 
; v. 64(2); p. 249-257
; v. 64(2); p. 249-257