The critical flow of one-component, two-phase mixtures through convergent nozzles is
investigated and discussed including considerations of the interphase heat, mass, and …

A nonequilibrium model is developed to describe the two-phase critical discharge of initially
saturated and subcooled liquid through sharp edged inlet, constant area ducts with L/D ≥ 12…

The TMI-2 accident demonstrated that a significant quantity of molten core debris could drain
into the lower plenum during a severe accident. For such conditions, the Individual Plant …

The phenomena of pressure-pulse propagation In liquid-vapor mixtures is of current interest
in the safety analyses for both water-cooled thermal and sodium-cooled fast breeder …

Steam-water, two-phase critical flows were obtained in long pipes (L/D > 40) for mass flow
rates ranging from 512 to 6460 lbm/(sec ft 2 ), exit pressures from 40 to 150 psia, and …

In recent years, the familiar pool boiling curve shown in Fig. 1, and the droplet evaporation
curve (i-ll) shown in Fig. 2, have been the object of intensive study. In particular, the prediction …

… e functions of Z near the exit plane for three experimental runs of Test Section R7 .* The
derivative (3Ng/aPg)TT may be expressed … The E subscript is dropped from the quality …

A model is developed to predict one-component two-phase critical flow for equilibrium
qualities less than 0.02. The formulation approximates the real non-equilibrium processes by …

• Xenon Xe 133 clearance was used to select the most distal amputation level that would allow
sufficient blood flow for healing. Capillary blood flow was first measured at the most distal …

An integral predictive physico-numerical model has been developed to understand and
interpret debris interactions in the reactor vessel plenum such as those which took place in the …