在研究织物热湿传递时,影响热湿传递的因素比较复杂,包括纤维种类与性能、纱线结构与性能、以及织物的结构与性能等。
The fiber properties, the yarn structures and properties, the fabric structures and properties interact, as the results the heat and moisture permeability of the fabrics show great differences.
对丽赛纤维、莫代尔、普通粘胶纤维的结构与性能和丽赛纱线性能进行比较分析,丽赛纤维与纱线性能均优于普通粘胶纤维。
This paper compared the structure and property of Richcel fiber, Modal, viscose fiber and Richcel yarn, which shows that the performance of Richcel fiber and yarn is better than that of viscose fiber.
纺纱方法决定着成纱结构,成纱结构与纱线组成原料又决定了纱线的性能。
The forming yarn structures depend on their spinning methods and the yarn structures and their fiber properties determine the yarn properties.
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