Experimental Study on Heat Dissipation Performance of Graphene Superconducting Heat Pipe
For purpose of optimizing heat dissipation effect of indoor floor heating,having graphene super-conducting heating and cooling technology applied to design graphene superconducting heat pipe was im-plemented,including investigating its heat dissipation performance through experiments.In which,having the graphene superconducting heat pipe,aluminum electrode dry heat pipe and the traditional wet heat pipe selected to build a heat pipe experimental device to test their heat dissipation performance,respectively,including having data processing and error analysis methods adopted to process test results.The experimen-tal result shows that,the starting temperature of the traditional wet heat pipe rises slowest when the heat pipe starts,and it always maintains a low thermal conductivity and a high thermal resistance at different liquid-filling rates,which indicates a weak heat pipe's heat dissipation performance;when the extremely-dry aluminum heat pipe has a certain heat dissipation capacity during the test,it is still weaker than the graphene superconducting heat pipe's;during testing graphene superconducting heat pipe,it can quickly reach the corresponding temperature at different starting temperatures,and its total thermal resistance be-comes low and its thermal conductivity is high,which can quickly realize heat dissipation.Higher pipe's liquid-filling rate and lower temperature difference between the heat pipe's condensing section and evapo-rating section can bring about good heat dissipation effect.The graphene superconducting material can im-prove the heat pipe's reinforcement rate and make heat pipe's heat dissipation effect stronger.
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