The thermal pipe is based on the internal work quality and circulating flow process. The heat transfer components are transmitted with heat and efficiently. It has super high heat conduction and excellent temperature. It has been widely used in chemical, metallurgy, aerospace, new energy, electronics, military, etc. The heat transfer and temperature control and flattening of the field.

The internal work quality of the thermal pipe passes through the simple closed-type passive cycle of "heating-condensation-return" through "heating vaporization-condensation-return". The complex process of heat transmission.At first, the design and research of thermal pipe mainly accumulated and analyzed a large amount of experimental data, and established a semi -theoretical and semi -experience thermal resistance model, heat transfer coefficient and heat transfer limit prediction equation, supplemented by visualization experiments, and time -consuming and labor -intensive. And the scope of application of research results is narrow.In recent years, with the rapid development of computer technology and computingal Fluid Dynamic (CFD), the simulation simulation of thermal pipe transformation of heat transfer process is possible. The design research is the current research hotspot.

Thermal pipe operation principle