Characterization, and Coefficient of Performance of Supersaturated Vapor Cooling Unit Used for Crystallization Control

Abstract

The supersaturated vapor cooling technique is a powerful tool for manipulating phase transitions, studying reaction mechanisms, and fabricating advanced materials. By pushing vapors into a non-equilibrium state through rapid cooling, scientists gain access to otherwise inaccessible phenomena. Whether it’s understanding cloud formation, synthesizing nanoparticles, or examining nickel complex antifungal interactions, this technique remains vital to both theoretical insights and technological progress. In this study, a supersaturated vapor cooling system was used to study the effects of vapor pressure and temperature on the supersaturated vapor cooling performance of such system. Also, the coefficient of performance of this system was determined as a function of both variables mentioned above (i.e., vapor pressure and temperature).