A new heat pipe structure

Abstract

The invention provides a heat accumulator radial penetration density optimized design method which comprises a heat accumulator. The evaporation end of a heat pipe is arranged in the heat accumulator.The heat accumulator is arranged in a heat source. The condensation end of the heat pipe is arranged in a container above the evaporation end. The evaporation end comprises a plurality of evaporationpipes extending downwards. Copper pipes are arranged between the adjacent evaporation pipes. The copper pipes are designed according to the rule that the distance between the copper pipes and the center of the heat accumulator is S, then the number of the copper pipes is designed as G(S), and G'(S)>0. According to the method, through optimized design of the number of the copper pipes, the effectthat liquid can be heated evenly as soon as possible in the heating process can be guaranteed.

Description

technical field [0001] The invention relates to a heat pipe technology, in particular to a heat pipe with a new structure. Background technique [0002] Heat pipe technology is a heat transfer element called "heat pipe" invented by George Grover of Los Alamos National Laboratory in the United States in 1963. It makes full use of the principle of heat conduction and phase change medium. The rapid heat transfer properties of the heat pipe quickly transfer the heat of the heating object to the heat source, and its thermal conductivity exceeds that of any known metal. [0003] Heat pipe technology was widely used in aerospace, military and other industries before. Since it was introduced into the radiator manufacturing industry, people have changed the traditional radiator design ideas and got rid of the single heat dissipation mode that only relies on high air volume motors to obtain better heat dissipation. The use of heat pipe technology enables the radiator to obtain a sati...

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Problems solved by technology

[0004] In the prior art, the shape of the heat pipe affects the heat-absorbing area of ​​the evaporating end, so the heat-absorbing range of the evaporating end is generally relatively small, and sometimes it is necessary to install multiple heat pipes in the heat source to meet the heat-absorbing demand; and when there are multiple evaporating ends, Because each evaporation end is in a different position of the heat source, it will produce uneven heat absorption.

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