MSHT

Recently, the MSHT demonstrated the potential of nanofluids for high power dissipation in pool boiling. With very low concentration of nanoparticles in pure water, the MSHT showed that the critical heat flux could be doubled relative to that of pure water alone. The MSHT subsequently confirmed that the critical heat flux was enhanced because of a nanoparticle coating that was formed on the heated surface during boiling. Therefore, the MSHT is implementing nanocoatings as another form of surface modification for enhancement of heat and mass transfer... Welcome to the Multi-Scale Heat Transfer Laboratory (MSHT), initiated and led by Prof. S. M. You. The MSHT is dedicated to both fundamental and applied research in enhancing two-phase heat and mass transfer with specialization in micro and nano scale boiling heat transfer enhancement research, which is a crucial physical process in microelectronics cooling, HVAC, distillation and in many other applications

Primary location: Richardson United States