管状织物

介绍玻璃纤维及其管状织物的特点，给出了相关产品的设计和上机工艺。

This paper outlines the characteristics of glass fibre and tubular fabric and gives design and looming process of proper products .

将管状织物的扇形体单胞转化成相同体积的长方体单胞，计算织物的纤维体积分数。

A novel geometric model , cuboid unit cell , was established to represent the fan-shaped unit cell of tubular fabric with the same volume , and the fiber volume fraction was calculated .

网格圈是紧密纺纱系统中一个套在吸聚管上的管状织物。

Grid fabric is a tubular ones used in compact spinning system .

应用于非开挖翻衬法管道修复技术的管状织物织造工艺

Weaving technology of tubing fabric applied on trenchless inversion lining pipeline rehabilitation technology

管状织物织前准备工艺的探索

Exploration of Preparation Processing before Weaving on Hollow Fabric

三维五向管状织物纱束轨迹及纤维体积分数的分析与研究

Calculation model of 3D five-direction tubular braid 's yarn trajectory and fiber volume fraction

弧形织物与局部管状织物的生产

Production of Curved Fabric and Partial Hollow Fabric

管状织物的设计研究

Research on Hollow Fabric Design

织带是指以各种纱线为原料制成狭幅状织物或管状织物。

Ribbon is made of a variety of yarns as raw materials like fabric or tubular narrow fabric pieces .

本文着重对管状织物总经根数的计算进行探讨，分析总经根数的确定方法与管状织物内在质量和外观效应的相应关系。

Calculation of total warp ends of hollow fabric is mainly discussed while the paper ponders onthe relations of total end assumption method with the intrinsic property and visual appearance of hollow fabric .

结果表明采用聚酯弱捻长丝织制的几种管状织物厚度、密度、强力与弹性达到了翻衬法管道修复技术的工艺要求。

Through testing and analysing their basic properties , the result proves that their thickness , density , strength and elasticity of polyester filament fabrics can accord with the demand of inversion lining pipeline rehabilitation technology .

并对管状织物、纺织内衬软管与纺织内衬钢管的基本性能进行了测试，测试结果表明产品符合美国材料和试验协会标准。

The basic properties of the tubular fabric , flexible textile lining hose and rigid textile lining tube were tested , and it is found that the test results are up to the standard of ASTM ( American standard of testing materials ) .

管状三维织物的组织结构与织造工艺

The Texture Design and Weaving of Tubular 3D Fabric

纳米管状聚苯胺织物涂层与导电及微波屏蔽性能

Coating for fabrics with nano tube-PANIs and the properties of conducting and shielding microwave

本文分析了常用管状产品编织密度的变化形式和最大、最小密度位置，可为管状三维四向织物的质量控制提供依据。

Density changing mode and maximum and minimum density positions of typical tubular 3D four directional braid fabrics have been analysed to provide information for quality controll of the braid fabrics .