In this equipment,CPL heat pipes were chosen as thermal conduction cell,the cooling load of condensed water was conducted to the high temperature exhaust pipe of compressor through these pipes,therefore the discharge temperature of compressor was reduced.

Numerical study of the pressure and temperature changing ofthe porous wick in capillary pumped loop evaporator;

The numerical model for the small-scale fiat capillary pumped loop(CPL)evaporator is presented,which includes liquid and vapor flow,heat transfer and phase change in the porous wick structure and heat transfer in the fluid region and metallic wall,and the entire evaporator is solved with SIMPLE algorithm as a conjugate problem.

The influence of temperature difference between upper surface and bottom surface of wick structure on startup process of the small-scale flat capillary pumped loop evaporator is analyzed,and the unsteady heat transfer model of evaporator in the fully-flooded startup stage is presented.

A boundary element method is developed, and used to simulate the frozen charactersof liquid section in a tube of CPL condenser.

Development of high performance sintered wicks for miniature CPLs;

Heat transfer numerical simulation of needle-rib array of cryogenic CPL flat evaporator;

Numerical calculation of the heat and mass transfer of porous wicks in CPL evaporation under different heat loads;