智能纺织品在可穿戴设备、建筑、能源和产品设计等方面有着广泛市场应用,近年来得到发展迅速。电子纺织品的电子电路包括嵌入在纱线中的发光二极管、传感器和电池等设备。当温度超过一定的阈值时,温度会造成产生严重的问题,为了减少温度的负面影响,提高嵌入式设备的可持续性,介绍了天然面料的散热性能、散热合成面料的研究以及导热性的测试方法,并且对智能纺织品的温度监测进行了研究。
Intelligent textiles are widely used in wearable devices,architecture,energy and product design,and have developed rapidly in recent years.The electronic circuits of electronic textiles include light emitting diodes,sensors,batteries and other devices embedded in the yarn.When the temperature exceeds a certain threshold,the temperature will cause serious problems.In order to reduce the negative impact of temperature and improve the sustainability of embedded devices,this paper introduced the heat dissipation performance of natural fabrics,the research of heat dissipation synthetic fabrics,the testing methods of heat conductivity,and study on temperature monitoring of intelligent textiles.
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基金资助
国家自然科学基金(51703123)
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