摘要
为达到控制调节储能材料相变温度之目的,依据施罗德理论对二元相变储能材料进行共混,并采用溶胶-凝胶法复合二元相变储能材料,以解决储能材料在"固-液"相变过程中的液态渗漏问题。试验表明,两种相变储能材料的适宜摩尔分数比为5∶5;通过DSC分析可知,复合工艺未对相变材料的热性能产生影响,二元复合相变储能材料整理到织物上后可达到良好的调温储能效果。
Binary phase change energy storage materials were mixed according to Schroeder＇s theory to adjust phase change temperature, and then was compounded by sol-gel method to avoid liquid leakage during ＂solid-liquid＂ phase changing. Optimum molar ratio of two phase change energy storage materials was 5 ： 5. DSC analysis showed that compounding process exerted no influence on thermo-regulated property of phase change materials. Fabric treated with the energy storage materials featured good thermo-regulated property and energy storage effect.
出处
《印染》
北大核心
2010年第7期1-3,11,共4页
China Dyeing and Finishing
基金
福建省重大科技计划项目(2005Z17)资助
关键词
功能性整理
溶胶
凝胶
热性能
涤棉织物
functional finish
sol
gelatin
heat property
polyester-cotton fabric
