Antigravity capillary pumped loop

Antigravity capillary pumped loop, to a capillary pumped loop. Evaporator is provided, the solenoid diverter valve, the first steam union, condensers, valves, check valves, three-way valve, the second steam header and the liquid header; evaporator via solenoid diverter valve, respectively the first and second one end connected to the steam header, a first vapor pipe connected with the other end of the condenser, the other end of the second steam header successively three-way valve, a check valve connected to the condenser through the valve port provided on the condenser vacuum infusion, valve used for evacuation, and that the internal working fluid infusion seal; liquid header ends are connected to three-way valve and the evaporator. Using a phase change heat transfer mechanism, a large heat transfer capacity. Wick rate through hole, it is possible to provide a larger capillary force while reducing the flow resistance; large thermal conductivity, the fiber-rich surface morphology contributes to strengthening and evaporated to improve heat transfer efficiency. By adjusting the flow rate and closes an electromagnetic shunt may be adapted to different heights of antigravity running conditions.