Supercritical fluid fluidized intensified heat diffusion method and its heat diffusion working medium and applications

Abstract

The invention discloses a fluidization enhanced heat transfer method and a fluidization multiphase heat transfer medium. The heat transfer process is enhanced by adding particles inside a supercritical flow body. The technique can be widely applied to an air conditioner, a heat pump, a heat pipe, the heating, the cooling of an internal-combustion engine, an electronic device and the cooling of a power device, raises the energy utilization rate of the whole system, improves the heat control of the system and increases the thermal management ability.

Description

technical field [0001] The invention relates to utilizing the heat transfer and enhanced heat transfer of supercritical fluids, adopting a fluidization method to enhance heat transfer for supercritical fluids, and a fluidized and enhanced heat transfer working medium for supercritical fluids. The flow state of the critical heat transfer medium achieves the effect of enhancing heat transfer. Background technique [0002] As a heat transfer working medium, fluid is widely used in the heat transfer process. The flow of the heat transfer medium makes it absorb heat from one place and then release heat from another place to achieve the purpose of fluidized heat transfer. [0003] In the heat transfer process of the heat transfer working medium, one main method is to use the phase change of the heat transfer working medium to transfer heat. For example, freon or water, ammonia, alkanes, etc. are used as heat transfer working media in refrigeration air conditioners and heating hea...

AI Technical Summary

Problems solved by technology

However, the research on the heat transfer performance of supercritical fluid is limited to studying it as a fluid, such as using a special external pump to provide power for fluid heat transfer as a fluid;