Add to ORKGThe effects of chemistry on the flowing steam nucleation are in particular unexplained. An approach is used in the paper which is based on binary nucleation of main impurity NaCl and water. Physical and mathematical models are described and are applied on the steam flow with condensation in convergent-divergent nozzle. Binary nucleation numerical model is applied for the calculation of the flow with condensation in nozzle with expansion rate in divergent nozzle part P& = 4 500 s-1. The flow in the nozzle is smooth and it is possible to observe only a small delay of the pressure and a small shock of the temperature downstream of the nozzle throat
We compare experimental nucleation rates for water vapour in various carrier gases, nucleation rates...
Simulation models for the two-phase condensing flow in steam injectors are presented that allow dete...
Direct contact condensation of steam injected into water is a special mode of condensation where co...
The effects of chemistry on the flowing steam nucleation are in particular unexplained. An approach ...
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....
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 condensation phenomenon of vapor plays an important role in various industries, such as the stea...
International audienceThis paper is dedicated to the physical and numerical modelling of wet steam f...
The condensation phenomenon of vapor plays an important role in various industries, such as the stea...
The spontaneous condensation of wet steam often occurs in the steam ejector nozzle, this deteriorate...
Two-phase condensing flows are very common in many technical applications, such as rotating machiner...
Abstract The paper presents a description of selected models dedicated to steam condensing flow mode...
Abstract The paper presents a description of selected models dedicated to steam condensing flow mode...
We compare experimental nucleation rates for water vapour in various carrier gases, nucleation rates...
Simulation models for the two-phase condensing flow in steam injectors are presented that allow dete...
Direct contact condensation of steam injected into water is a special mode of condensation where co...
The effects of chemistry on the flowing steam nucleation are in particular unexplained. An approach ...
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....
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 condensation phenomenon of vapor plays an important role in various industries, such as the stea...
International audienceThis paper is dedicated to the physical and numerical modelling of wet steam f...
The condensation phenomenon of vapor plays an important role in various industries, such as the stea...
The spontaneous condensation of wet steam often occurs in the steam ejector nozzle, this deteriorate...
Two-phase condensing flows are very common in many technical applications, such as rotating machiner...
Abstract The paper presents a description of selected models dedicated to steam condensing flow mode...
Abstract The paper presents a description of selected models dedicated to steam condensing flow mode...
We compare experimental nucleation rates for water vapour in various carrier gases, nucleation rates...
Simulation models for the two-phase condensing flow in steam injectors are presented that allow dete...
Direct contact condensation of steam injected into water is a special mode of condensation where co...