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This paper describes a model of compressible flow including homogenous nucleation and consequent grow...
The formation and evaporation of nanodroplets in steam ejectors is neglected in many numerical simul...
Steam jet condensation is of great importance to pressure suppression containment and automatic depr...
Condensation initiated by homogeneous nucleation has been investigated theoretically for the case of...
The condensation phenomenon of vapor plays an important role in various industries, such as the stea...
The development of nucleation theory makes possible to predict droplet formation in expanding steam....
The development of nucleation theory makes possible to predict droplet formation in expanding steam....
The condensation phenomenon of vapor plays an important role in various industries, such as the stea...
Unlike most other techniques used to study nucleation, supersonic nozzles do not yield nucleation ra...
The condensation phenomenon of vapor plays an important role in various industries, such as the stea...
In the case of rapid expansion of steam in supersonic nozzle on the assumption that the steam is per...
High-pressure non-equilibrium condensing flows are investigated in this paper through a quasi-1D Eul...
High-pressure non-equilibrium condensing flows are investigated in this paper through a quasi-1D Eul...
Two-phase condensing flows are very common in many technical applications, such as rotating machiner...
Numerical techniques for non-equilibrium condensing flows are presented. Conservation equations for ...
This paper describes a model of compressible flow including homogenous nucleation and consequent grow...
The formation and evaporation of nanodroplets in steam ejectors is neglected in many numerical simul...
Steam jet condensation is of great importance to pressure suppression containment and automatic depr...
Condensation initiated by homogeneous nucleation has been investigated theoretically for the case of...
The condensation phenomenon of vapor plays an important role in various industries, such as the stea...
The development of nucleation theory makes possible to predict droplet formation in expanding steam....
The development of nucleation theory makes possible to predict droplet formation in expanding steam....
The condensation phenomenon of vapor plays an important role in various industries, such as the stea...
Unlike most other techniques used to study nucleation, supersonic nozzles do not yield nucleation ra...
The condensation phenomenon of vapor plays an important role in various industries, such as the stea...
In the case of rapid expansion of steam in supersonic nozzle on the assumption that the steam is per...
High-pressure non-equilibrium condensing flows are investigated in this paper through a quasi-1D Eul...
High-pressure non-equilibrium condensing flows are investigated in this paper through a quasi-1D Eul...
Two-phase condensing flows are very common in many technical applications, such as rotating machiner...
Numerical techniques for non-equilibrium condensing flows are presented. Conservation equations for ...
This paper describes a model of compressible flow including homogenous nucleation and consequent grow...
The formation and evaporation of nanodroplets in steam ejectors is neglected in many numerical simul...
Steam jet condensation is of great importance to pressure suppression containment and automatic depr...
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