Calculation of Parameters for Formation of Fluid Spatial Jets and Optimization of Heat Exchange in Cryofractionation Processes
The paper explores the possibility of using fluid spatial jets in cryofractionation processes of chemical and pharmaceutical raw materials. We propose the calculation techniques for such processes as the distribution of pressure of the process fluid in the channels of the device, the thickness and temperature of the liquid film, the time of filling and heating the reaction space. The dependences for calculation of optimal design parameters of the devices for the formation of liquid jets space have been produced.