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Gray Cluster Analysis on Thermal-Moisture Comfort of Bamboo Fiber Socks

机译:竹纤维袜热湿度舒适灰色聚类分析

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摘要

8 kinds of blended knitted socks with different materials of nylon filament, bamboo and cotton fibers are taken as research objectives with a view to investigating the thermal-moisture comfort of bamboo fiber socks. The sense of well-being, thermal conductivity, moisture regain, water vapor permeability, wicking height and air permeability of the socks are tested, and the thermal-moisture comfort of socks with different fiber contents are studied. By using the gray cluster analysis, the integrated evaluation of thermal-moisture comfort of the socks is conducted. The results shows that the socks containing bamboo fibers have better warm-retention and water vapor transmission properties, their thermal-moisture comfort are better than that of nylon filament and cotton fibers in summer.
机译:8种混合针织袜子,具有不同材料的尼龙丝,竹和棉纤维,作为研究目标,以研究竹纤维袜的热湿度舒适性。测试了井的感觉,导热性,湿度恢复,水蒸气渗透性,芯孔的高度和透气性,研究了具有不同纤维含量的袜子的热湿度舒适性。通过使用灰色聚类分析,对袜子的热湿度舒适性进行综合评估。结果表明,含有竹纤维的袜子具有更好的温保温和水蒸气传动特性,其热水分舒适性比夏季尼龙长丝和棉纤维更好。

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