CAJ | 학술논문

本文进行了热管除湿系统的除湿性能实验研究，控制入口空气状态即空气干球温度、相对湿度和空气流量3个关键因素下进行除湿量测试，得到了热管除湿机单位功率除湿量随进口空气干球温度、相对湿度增加而增加，随着空气流量的增加，单位功率除湿量有最大值的试验结果。实验研究了热管充液率为0%、15%和30%工况下的热管除湿性能，发现热管充液率为0%、15%时的除湿量比充液率为30%时高36%~42%。
본문진행료열관제습계통적제습성능실험연구，공제입구공기상태즉공기간구온도、상대습도화공기류량3개관건인소하진행제습량측시，득도료열관제습궤단위공솔제습량수진구공기간구온도、상대습도증가이증가，수착공기류량적증가，단위공솔제습량유최대치적시험결과。실험연구료열관충액솔위0%、15%화30%공황하적열관제습성능，발현열관충액솔위0%、15%시적제습량비충액솔위30%시고36%~42%。
In this paper,the dehumidification performance of heat pipe exchanger is studied experimentally. Three key pa-rameters of the inlet air state,namely,dry-bulb temperature,relative humidity and air flow rate are controlled in the ex-periment,respectively. The result shows that dehumidification capacity for Heat Tube Air Regenerator increases with the increased inlet dry-bulb temperature and relative humidity. The dehumidification capacity has a maximum value with the increase of air flow rate. The dehumidification performances of heat pipe with filling factor of 15% and 30% are analyzed in the experiment. The dehumidification capacity of heat pipe with filling factor of 15% is 36% ~42% higher than that with filling factor of 30%.