摘要
本文经纱选用棉纱,纬纱分别采用相变调温黏胶长丝和普通黏胶长丝,采用斜纹组织设计织造了2块织物.为了进行对比,同时选取夏季常用的涤棉织物、绢麻交织织物、蚕丝织物和纯棉织物在高温和低温环境下对6块织物的调温性进行了测试,并分析了温度对织物调温速率和调温幅度的影响及其显著性.试验结果表明,相变纤维织物具有较强的调温性能,调温幅度可达3℃左右;温度对于6种织物的调温速率的影响是显著的,高温对6种织物调温幅度的影响均显著,低温只对相变织物调温幅度影响显著.研究结果对相变调温纤维织物的设计开发具有一定的参考价值.
In this paper,the influence of temperature on the temperature regulation performance of phase change thermostat fiber fabric was investigated at different temperature ranges（low temperature： 10,20 and 30 ℃,high temperature： 40,45 and 50 ℃）. The phase change thermostat fiber fabric was twill which was woven using cotton yarns as the warp and phase change thermostat viscose yarns as the weft. For comparison,the temperature regulation performance of other five pieces of fabrics（cotton-viscose,polyester-cotton,silk-ramie,silk and cotton） was also tested. The results show that at low temperature range the influence of temperature on temperature regulating amplitude is significant only for the phase change thermostat fiber fabric which shows a strong ability of temperature regulation and gives a temperature regulating amplitude of 3 ℃. The influence of temperature on temperature regulating rate is significant,while the influence of temperature on temperature regulating amplitude is significant only at the high temperature range for all of the six fabrics. The results of this study are valuable references for the design and development of phase change thermostatic fiber fabrics.
作者
黄姝睿
陈丽华
周欢庆
HUANG Shu-rui;CHEN Li-hua;ZHOU Huan-qing(School of Fashion Art and Engineering,Beijing Institute of Fashion Technology,Beijing 100029,China;Shanxi Textile Research Institute,Xi＇an 710038,China)
出处
《北京服装学院学报（自然科学版）》
CAS
北大核心
2018年第2期16-23,共8页
Journal of Beijing Institute of Fashion Technology：Natural Science Edition
关键词
相变微胶囊
相变织物
调温性
phase change fabric
temperature regulating
phase change thermostat fiber fabric
temperature regulating amplitude
temperature regulating rate
