单向织物

单向织物面内层内单向流动容易，而横向和厚度方向无流道，流动困难，厚度方向的渗透率非常低，相比其他两种结构的织物要低1-2个数量级。

Resin flow in unidirectional fabric is easy along plane fabric , but flow difficultly in transverse and thickness direction . Especially permeation in thickness direction is very low , and lower by 1-2 orders of magnitude compared to the other two structure fabrics .

液体在单向织物面内毛细浸润特性实验研究

Experimental study on the capillary impregnation in plane of unidirectional fabrics

U-3160单向碳纤维织物预浸前的整理改进

The Finishing Improvements of U-3160 Unidirectional Carbon Fiber Fabric Before Impregnation

受沿任意方向单向拉伸的织物的屈曲分析

Buckling Analysis of Woven Fabric Under Uniaxial Tension in Arbitrary Direction

单向导湿织物的开发

Development of the single-side moisture transported and dry-fast fabric

以纯棉为设计对象，采用印花手段，通过控制疏水整理剂在织物上的渗透深度、分布状态，构造双侧结构特征的单层单向导湿织物。

With the pure cotton fabric as the target of study , using printing techniques , a new bilateral structure single construction and single-side moisture transported fabric was made by controlling the penetrating depth and distribution state of hydrophobic finishing agent .

提高了织物的干燥速率，保持了皮肤的干爽舒适性。利用单面整理法开发了一类具有亲疏水双侧结构的单层单向吸湿排汗快干织物。

Since the dryness rate of the fabric is enhanced and tend to keep the individual dryer . A single construction and single-side moisture transported fabric has been designed through single-side finishing .