双罗纹针织机编织的罗纹针织物及其性能比较

本文阐述了在双罗纹针织机上编织罗纹针织物的方法,并对所编织的三种罗纹针织物的特性进行比较,提出2 2罗纹不仅在双罗纹针织机上编织容易,而且具有优良的物理性能.     

罗纹针织物双向拉伸及回弹性能的研究

分析了罗纹针织物双向拉伸的力学特性,对六种纤维原料的试样进行了测试,提取了若干个特征值,特别是相对最大纵向横向拉力Fxmr和Fymr,相对回缩模量Exhr和Eyhr及弹性回缩系数Rth是评判罗纹针织物双向拉伸及回弹性能的有效指标,为针织物性能预测和功能设计提供了依据.     

弹性针织物缝纫线的选用

用涤棉线及ＰＢＴ改性涤纶制成的弹力线，采用二种缝迹缝制二种弹性针织面料，对形成的缝迹进行强力测试分析，得出使用中弹线或高弹线时断裂强度比用涤棉线有较大的提高．     

增强用罗纹针织物的性质研究

针织物增强涂层复合材料的性质与其增强用针织物的性质有着密切的关系.本文对增强用罗纹针织物的结构参数与其性质的关系进行了探讨,通过实验和分析了解了它们内在的联系,并导出了它们之间的计算式,给出了利用针织物的结构参数来控制其性质的途径.     

纳米抗菌双罗纹针织物抗起毛起球整理及其性能

选用Shinchem SD8070有机硅弹性体抗起毛起球整理剂,对纳米抗菌双罗纹针织物进行抗起毛起球整理.研究整理温度、整理剂用量(o.w.f)、整理时间3个因子对整理效果的影响,并根据正交试验得出较优工艺参数:整理温度为40℃、整理剂用量(o.w.f)为4％、整理时间为20 min.经该工艺整理,可提高纳米抗菌双罗纹...     

探讨在大学语文中实施延伸性教学

目前大学语文的改革如火如荼,本文探讨在大学语文中试行延伸性教学,即运用翻译法、位置互换法、日记法等充分调动学生学习语文的积极性。     

纯丙纶针织物导湿性的影响因素探讨

本文分析了丙纶丝芯吸效应的形成机理,并从理论和实验两方面探讨了纯丙纶针织物导湿性的影响因素。     

起球对兔羊毛针织物损伤的影响

本文讨论了起球对兔羊毛针织物损伤的影响。通过实验我们发现掉毛和掉球从兔羊毛针织物表面移去了大量纤维,造成织物损伤。用球的增长机理解释了起球大大超过初始绒毛量的现象,从而说明起球不只是影响兔羊毛针织物的美观,更是一种磨损机理。     

浅析高职院校体育延伸性学习的探讨

高职院校学生培养的目标主要是社会需要的具有鲜明特点的复合型劳动者,毕业后多数将直接面对社会,因此学生的分析和解决问题的能力、知识获得能力、创新能力、合作交往能力都应该在实或中得以发展,这也是新课程的目标所在.体育延伸性学习是学生课外的学习实最活动,它对培养上述各项能力有着重要作用.     

显象管延伸性失真的校正

显象管荧光屏的平面性，使图象（光栅）产生延伸性失真，即枕形失真。本文分析了显象管延伸性失真的校正原理，详细介绍了电视机中各种枕形校正电路，并进行了电路分析。     

针织面料的拉伸弹性与服装压

对针织面料的拉伸弹性与服装压作了讨论。提出了针织面料拉伸变形及弹性回复的构成要素与原因，并对针织面料进行了相关的测试和分析。     

Study on Wet Permeability Models of Yarns and Knitted Fabrics

Water transport through the pore structure of the knitted fabric can occur only in place where the fiber-water surface attraction force is greater than the water weight in the capillary. To investigate wet permeability of the knitted yarn in the fabric, a liquid transport model is established. The main factors which have significant influences on the liquid transport have been analyzed. It is derived from the argument that the optimal design for the knitted fabric with quick sweat transport property can be obtained.     

纱线和针织物导湿结构模型和应用研究

建立了纱线和针织物导湿结构模型，并用于优化差动毛细效应织物设计。     

仿棉聚酯纤维针织物的起毛起球性能

以仿棉聚酯纤维纯纺纱、纯棉纱及4种不同混纺比的仿棉聚酯纤维与棉的混纺纱为原料,织成双罗纹针织物,对试样织物的起毛起球性能进行了对比,分析了纤维性能、纱线性能等因素对试样织物起毛起球性能的影响,以此探讨仿棉聚酯纤维针织物的起毛起球性能.结果表明:仿棉聚酯纤维针织物的抗起毛起球性能在一定程度上得到了改善,起毛起球等级与纯棉针织物相近.     

Wet Permeability and Moisture Vapor Transmission Characteristics of Soybean Knitted Fabrics

Wet permeability of fibrous assembly is mainly influenced by the properties of liquid and the configurations of the fiber which consist of diameter of fiber, twist angle and fiber alignment in a yarn. It can be seen from experimental results that the knitted fabric made of soybean (SB) fiber has good properties both in wet permeability and vapor transmission so that the knitting technology and fabric characteristics can be improved.     

基于几何模型的纬编提花织物结构计算机辅助设计

通过对构成纬编提花针织物的基本线圈单元进行几何结构分析,建立几何模型,开发了一套纬编提花针织物计算机辅助设计系统。利用该系统,通过输入花型信息及圈高、圈宽、纱线直径等参数,不仅能以图形方式直观地显示针织物的线圈结构形态,还能计算线圈长度等织物结构参数。     

An Investigation on Water Transmission Through Two - layer Knitted Fabrics

The aim of this paper is to investigate water transmissionproperties of two-layer weft knitted fabrics and somerelated factors.The author prepared some experimentalfabrics with specific yarns and stitch densities,and mea-sured water vapor permeating rate through the fabricsand liquid water transferability from inner to outerlayer.Results show that the permeating rate is closelyrelated to porosity within fabric while the transferabilitydepends mainly upon the water absorbabilities of fiberson two layers and the degree or their difference.     

利用图像处理技术自动测量针织物密度的研究

采用FFT(快速傅立叶变换)时针织物进行图像处理，并利用提取的针织线圈的空间频率信息来测量针织物的密度。通过与人工测量的针织物纵横密度时比表明，该技术可以快速、准确的实现针织物密度的测量。     

Investigation on the Dimensional Properties of Relaxed Plain Knitted Fabrics

A geometric model of relaxed plain-nitted fabric isproposed.A method based on the model for predictingthe loop length from the course spacing,wale spacing offabric and the diameter of yarn is deduced,as well as a computer program is developed to graphically represent the structures of plain knitted fabric with various struc-tural parameters.     

Study on Anisotropy and Punching Yield Strength of Knitted Fabrics

In terms of the structural characteristics, knitted fabrics are described as plane orthotropic body with two symmetric axes, and the stress in different direction is approximately linear with strain before the yield point. The punching yield strength can be predicted theoretically by developing a mathematical equation from anisotropic effect of knitted fabrics. The experimental results demonstrate the applicability of theoretical formula. Analyses also reveal that the factors influencing three-dimensional deforming performance can be divided into two categories: fiber-yarn-fabric structural features and deforming condition.