@article{JPT, author = {Piotr Gajewski and Andrzej Kulicki and Andrzej Wiśniewski}, title = { A KINETIC ONE-DIMENSIONAL MODEL OF AN STEADY-STATE CONDENSATION PROCESS}, journal = {Journal of Power Technologies}, volume = {41}, year = {2011}, keywords = {}, abstract = {The solution has been presented in this paper of the one-dimensional steady condensation of pure vapour at a plane liquid surface. The medium is considered herein as a perfect gas with no internal degrees of freedom. A full non-linear BGK model equation has been used for description purposes. The BGK model equation has been solved with the application of the discrete co-ordinates method. Calculations have been done for water vapour. Temperature and density distribution within the vapour space have thus been obtained and the flux rate of condensation medium determined for a temperature jump given depending on the co-efficients of condensation and evaporation considered as parameters.}, issn = {2083-4195}, pages = {3--32}, url = {https://papers.itc.pw.edu.pl/index.php/JPT/article/view/73} }