Enhancing cooling efficiency using corona discharge plasma-activated water via phase change heat transfer

This thesis investigates plasma-activated water (PAW) as a novel coolant for improving heat transfer efficiency. PAW, produced using atmospheric pressure plasma, has unique properties like reduced surface tension and increased electrical conductivity. This research demonstrates PAW's effectiveness in enhancing cooling performance across various scales, including bulk, droplet, and aerosol cooling systems. PAW is chemical-free and environmentally friendly, making it a sustainable alternative to conventional coolants. This work demonstrates PAW’s potential for improving cooling performance in high-performance and compact thermal management systems.