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首页> 外文期刊>Fibres & textiles in Eastern Europe >Energy Release Studies of Human Feet for Mapping mu PCM Quantity in Socks for Thermoregulation
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Energy Release Studies of Human Feet for Mapping mu PCM Quantity in Socks for Thermoregulation

机译:人脚的能量释放研究,用于测温袜子中的mu PCM数量

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Pure PCM and microencapsulated PCM (mu PCM) were analysed for heat capacity and core content using DSC analysis and were tested for stability against heat and solvent. The energy release rate of human feet was quantified through a novel in-house tester using a water and air medium. The energy release rate from various experiments were compared and ranges of the quantity of mu PCM recommended for a definite period of thermoregulation with and without a factor of safety. Based on theoretical predictions, socks were treated with mu PCM at add-on values of 0.2 g to 5 g corresponding to 1% and 25% per weight of the socks, respectively. The socks treated were subjected to wear trials and evaluated against the untreated one. It was found that the thermoregulation period of the mu PCM treated socks were proportional to their add-on weight and were in close agreement with the theoretical predictions proposed. The presence of mu PCM on the treated socks was observed through a scanning electron microscope.
机译:使用DSC分析法分析纯PCM和微囊化PCM(mu PCM)的热容量和核心含量,并测试其对热和溶剂的稳定性。通过使用水和空气介质的新型室内测试仪对人脚的能量释放率进行了定量。比较了各种实验的能量释放速率,并建议在一定的温度调节条件下(无论有无安全因素)建议的μPCM量范围。根据理论预测,用mu PCM以0.2 g至5 g的附加值分别处理袜子,分别相当于袜子重量的1%和25%。处理过的袜子进行磨损试验,并与未处理过的袜子进行评估。已发现,μPCM处理过的袜子的温度调节周期与它们的附加重量成正比,并且与所提出的理论预测非常吻合。通过扫描电子显微镜观察在处理过的袜子上μPCM的存在。

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