Principle of Melt-glue Cloth

This paper advances a new concept of textile-melt-glue cloth, and introduces the readers to the basicprinciple of melt-glue cloth. On the basis of meltspinning, the spinneret can be replaced by a spinningdevice that consists of an outer spinneret (a loop)and an inner spinneret (a round plate), and betweenthem there is an interval circle on which the centers     

Study on the Brocades of Han Dynasty in Philadelphia Museum of Art

TheBrocadeinAncientChina Thebrocade“jin(锦)”isapolychromefiguredsilk wovenbydyedwarpendsandfillingswithamulti layeredstructure.InancientChina,thebrocadewaswovenwith warp facedcompoundweavebefore6thcenturyA.D.The patternisformedwiththecontrastofdifferentcoloredwarp ends.Theweavesinthepatternandinthebackgroundarethe same.(Fig.1)Thesetwofeaturesmakeiteasiertobe distinguishedfromanyotherfiguredsilk. Asuniqueinstructure,itwasaveryintricateand difficultworkforweaving,andwasverytime consumi…     

转基因技术与现代棉纺织新原料

结合现代生物工程中的转基因技术原理，介绍具有特殊性状和品质的转基因抗虫棉、彩色棉等典型棉纺织新原料及其资源开发状况。     

Representation of 3D Woven Structures by Parametric Method

A parametric method is developed to quantitatively represent the microstructure of 3D woven structures. Different binding patterns, such as angle interlock and orthogonal interlock with through-thickness or layer-to-layer bindings, are classified. A unit cell of 3D woven structure is defined with four constituent yarn systems represented by nine structural parameters. A mapping relationship between the 3D woven structure and corresponding representative parameters is thus established. The study indicates that four out of the nine parameters are necessary to represent a 3D woven structure with an angle interlock binding, and that five parameters are required to describe a 3D woven structure with an orthogonal interlock binding. Once the structural parameters are determined, the pattern of 3D woven structures can be unambiguously identified, and vice versa. In addition to the purpose of structure presentation, the method can be further used as a means for designing 3D woven structure to meet the performance requirements of 3D woven composites.     

Effects of Micronutrient Niacin on Treatment Efficiency of Textile Wastewater

0 IntroductionMioclroogincuatlri pernotsce pslsaeys afo vrer wyais tmepwoarttaernt t rroelaetmine nbti- .A widerange of micronutrientsis required byactiva-ted sludge[1-5]. Adequate trace nutrient concentra-tions ,including metal ions and vitamins , are re-quiredtosupport all the genera presentinthe activa-ted sludgetreatment systemfor a diverse communityto survive. The lack of specific nutrients may resultin an unbalanced mixed culture,leading to poor-quality effluent , reduced treatment effic…     

论民族传统纺织印染在现代服饰设计中的应用与创新

传统纺织印染工艺种类繁多,我们应该挖掘传统纺织印染工艺艺术的魅力,探索其在中国现代民族服饰中的创新和发展。     

纳米TiO2在纺织品抗菌、抗紫外线整理中的研究

首先对纳米TiO2表面进行化学和物理处理,以降低其团聚作用,实现纳米尺度优良的分散性.然后详细讨论了纳米TiO2在纺织品抗菌、抗紫外线辐射整理中的作用机理,以及在纯棉织物上的应用.处理后赋予织物优良的抗菌、抗紫外效果,且服用性能不受影响.     

纳米技术及其在纺织上的应用

对纳米技术的基本情况进行了论述，同时详细介绍了纳米材料和技术在纺织纤维材料加工方面的应用领域和产品特点，指出在纺织上利用纳米技术对于研究，开发、生产新一代的功能性化学纤维织物，绿色环保织物，扩大纺织品的应用范围，应对国际市场具有积极意义。     

我国纺织期刊的发展

本文回顾了我国纺织期刊产生、发展的历史,概述了我国纺织期刊的现状,并就我国纺织期刊的现状作了一些分析,对目前的期刊进行了大致分类。     

有机相变材料的发展及在纺织领域的应用

相变材料因为其优良的热性能,被广泛应用于纺织品、航空航天、交通运输、农业、国防、建材、太阳能系统和医疗设备等领域。近年来,开发应用新型相变材料已经成为研究热点。本文首先概括介绍了相变材料发展进程,着重介绍了有机相变材料,包括它的分类、性能和应用。详细介绍了有机相变材料在纺织行业的应用,以及对调温纺织品测试手段的研究和建立的相关数学模型的建立。