Add to ORKGA preliminary analysis for the incompressible and compressible mixing of dissimilar gases in a constant area ejector are presented. A formula for the secondary to primary mass flow ratio has been obtained in terms of a pressure parameter for the incompressible case. Experiments are described to verify the incompressible mixing theory and the results recorded
Ejector expansion refrigeration cycle was investigated theoretically to compare the constant pressur...
A calculating method is developed to analyze optimum performance of supersonic ejectors under the as...
The purpose of a supersonic ejector consists in the mixing of two fluids with different stagnation p...
A preliminary analysis for the incompressible and compressible mixing of dissimilar gases in a const...
A simple, incompressible flow, ejector model was formulated and analysed. It was found that the resu...
A brief review of the contemporary investigations of Keuthe, Keenan, Neumann and others is presented...
A determinate mathematical compressible-flow model, with different velocity profiles applicable in t...
Ejector is a component using high-pressure fluid to aspirate low-pressure fluid, whose potential in ...
Ejectors have many applications in aerospace and energy conversion technologies. An ejector is a pas...
The ejector is a process equipment frequently used in refrigeration processes. There is currently a ...
A supersonic ejector is used to pump a secondary gas using a supersonic primary gas flow by augmenta...
Confined jets of two-phase mist flow are important in the development of a two-phase ejector for the...
A dilution cum purge ejector for application in fuel cells represents a domain of ejector operation ...
International audienceSupersonic ejectors are flow devices of rugged and simple construction, used t...
A method is given for applying one-dimensional analysis to an injector with constant diameter mixing...
Ejector expansion refrigeration cycle was investigated theoretically to compare the constant pressur...
A calculating method is developed to analyze optimum performance of supersonic ejectors under the as...
The purpose of a supersonic ejector consists in the mixing of two fluids with different stagnation p...
A preliminary analysis for the incompressible and compressible mixing of dissimilar gases in a const...
A simple, incompressible flow, ejector model was formulated and analysed. It was found that the resu...
A brief review of the contemporary investigations of Keuthe, Keenan, Neumann and others is presented...
A determinate mathematical compressible-flow model, with different velocity profiles applicable in t...
Ejector is a component using high-pressure fluid to aspirate low-pressure fluid, whose potential in ...
Ejectors have many applications in aerospace and energy conversion technologies. An ejector is a pas...
The ejector is a process equipment frequently used in refrigeration processes. There is currently a ...
A supersonic ejector is used to pump a secondary gas using a supersonic primary gas flow by augmenta...
Confined jets of two-phase mist flow are important in the development of a two-phase ejector for the...
A dilution cum purge ejector for application in fuel cells represents a domain of ejector operation ...
International audienceSupersonic ejectors are flow devices of rugged and simple construction, used t...
A method is given for applying one-dimensional analysis to an injector with constant diameter mixing...
Ejector expansion refrigeration cycle was investigated theoretically to compare the constant pressur...
A calculating method is developed to analyze optimum performance of supersonic ejectors under the as...
The purpose of a supersonic ejector consists in the mixing of two fluids with different stagnation p...