Nozzle flows with nonequilibrium condensation

• DOI: 10.1063/1.865656
• Publication Date: 2002-07-26T13:17:17Z
• Authors: Joseph H. Clarke; Can F. Delale
• Keywords: Compressible flow

The compressible nozzle flow of a mixture condensible vapor and an inert carrier gas with nonequilibrium condensation is considered. An asymptotic method used respect to two disparate parameters appearing in the rate equation. A high activation limit another consideration that signify large nucleation time followed by small droplet growth are employed. Under limits, coupled integral equation so controlled function homogeneous over its six zones there appears be one-to-one correspondence between these characteristic itself. initial condensate, further growth, rapid onset, zone. last zone can greatly simplified if terms imply reasonably sizable order error neglected. This results rectilinear, one-dimensional equations normal shock wave structured or resisted growth.