超高支紧密纺纱,super high-count compact spinning
1)super high-count compact spinning超高支紧密纺纱
2)compact spinning high count cotton yarn紧密纺高支棉纱
1.This thesis mainly studies the knitting characteristics of compact-spinning high count cotton yarn on the warp-knitting machine, it analyze the factors that influence the fracture strength and hairiness during the knitting process, and conclude the detailed knitting technology of thecompact spinning high count cotton yarn on high performance tricot machine.本课题主要研究了紧密纺高支棉纱的经编编织特性,分析了编织过程中影响紧密纺高支棉纱强力和毛羽数量的各个因素,并总结出一套详细的紧密纺高支棉纱的经编编织工艺。
英文短句/例句
1.Research on Knitting Characteristics of Compact Spinning High Count Cotton Yarn on Warp-knitting Machine;紧密纺高支棉纱的经编编织特性研究
2.Development of Ramie/bamboo/cotton Blended High Counts Yarn苎麻/竹纤维与棉混纺高支纱的开发
3.Application of High Speed Spinning Technology in Cotton Ring Spinning Frame棉纺环锭细纱机高速纺纱技术的应用
4.Research on the Spinning Mechanism and Yarn Structure of Compact-Siro Spinning;紧密赛络纺纱机理与成纱结构的研究
parison of the properties for compact spinning and traditional combed wool yarn紧密纺和传统纺精梳毛纱的性能比较
6.The Preliminary Research of Dislocation Spinning on Compact Yarn Properties错位纺纱对紧密纺成纱质量的影响初探
7.carding [pre-spinning process]梳棉〔纺纱前工序〕
8.traveller for cotton spinning machine滑环（棉纺纱机用）
9.The Development of Compact Spun Yarn for Meta-aramid and Lenzing FR Blended间位芳纶/LFR紧密纺纱技术的研发
10.Performance comparison of two different compact-spun yarns两种不同形式紧密纺纱线的性能比较
11.Technology Feature and Application of Zinser Compact Spinning Machine青泽紧密纺纱机技术特点及应用实践
12.Key Processing Optimization and Research of Compact Spinning Combed Fine Yarn紧密纺精梳细号纱关键工艺优化研究
13.Firm - textured, compactly twisted woolen yarn made from long - staple fibers.精纺毛纱长毛纤维制成的密织、紧捻的毛纱
14.The results of compact and ring yarns are compared.比较了紧密纺和环锭纺纱线的试验结果。
15.The Products Development and Study on the Structure and Property of Compact Color-spun Yarn;紧密色纺纱的产品开发及结构性能研究
16.Research and Discussion about Compact Spinning Reform on Domestic Ring Spinning Frames;国产环锭细纱机紧密纺改造的研究与探讨
17.Study on Spinning Mechanism and Key Components of Compact-Siro Spinning;紧密赛络纺成纱机理及关键部件的研究
18.Application Contrast of Compact Spinning Device with Different Structure不同结构形式紧密纺纱装置的应用对比
相关短句/例句
compact spinning high count cotton yarn紧密纺高支棉纱
1.This thesis mainly studies the knitting characteristics of compact-spinning high count cotton yarn on the warp-knitting machine, it analyze the factors that influence the fracture strength and hairiness during the knitting process, and conclude the detailed knitting technology of thecompact spinning high count cotton yarn on high performance tricot machine.本课题主要研究了紧密纺高支棉纱的经编编织特性,分析了编织过程中影响紧密纺高支棉纱强力和毛羽数量的各个因素,并总结出一套详细的紧密纺高支棉纱的经编编织工艺。
3)Compact Spinning紧密纺纱
1.Analyses of Principle and Application of Magnetic MachineryCompact Spinning;磁铁机械式紧密纺纱原理及应用分析
2.Improving flax-cotton blended yarn quality by use of compact spinning technology;利用紧密纺纱技术提高亚麻/棉混纺纱的质量
4)high fiber quality纺高支纱
1.The correlation among main yield and fiber traits of upland cotton withhigh fiber quality was investigated by using correlation and path analysis methods.利用单相关、偏相关和通径分析等多种相关分析方法,研究了纺高支纱陆地棉主要产量、品质性状间的相关关系。
5)compact color-spun yarn紧密色纺纱
1.6 Tex pure cottoncompact color-spun yarn was developed and thescouring, dyeing and the spinning process design of cotton loose fiber was discussed indetail in this paper.6Tex纯棉紧密色纺纱线新产品，详细叙述了棉散纤维煮练、染色及纺纱工艺设计过程。
6)fine spinning高支数纺纱
延伸阅读
高分子链的支化结构高分子在聚合过程中,由于自由基聚合的链转移,缩聚过程中含有三个以上官能团的单体参加缩聚反应，以及辐射交联和化学交联等反应的存在，使线型分子链上延伸出分支结构。高分子链的支化结构一般可分为长支链结构和短支链结构。长支链的长度可以与主链相当，短支链的长度则与较长的侧链近似。它们对于高聚物材料性能的影响也各不相同。大量无规分布的短支链的存在能破坏高分子链的规整性,使它难以结晶,如含有大量短支链的低密度聚乙烯的熔点和结晶度都比高密度的线型聚乙烯低，从而影响高聚物材料的密度、硬度、强度等力学性质。长支链的存在对结晶性能无显著影响，但影响高分子的流动性能。橡胶加工性能中的上辊性、密炼性、门尼粘度，以及橡胶与炭黑的混炼性能、抗拉强度和弹性等均与长支链结构有关。星型和梳型支化高分子大都由特定的多官能偶联剂或具有特定反应性能的三官能团单体聚合而成（见图）。由于支化高分子链段的空间布局较线型高分子链段的布局紧凑，当分子量相同时（对多分散性高分子指重均分子量相同时）,线型高分子链的均方半径 大于支化高分子的,定义 。线型高分子和支化高分子在分子链段空间密度分布上的差别除了影响其均方半径以外，也影响其流体力学性质，不过影响的程度是不同的。当重均分子量相同时，线型分子的特性粘数[η]1大于支化高分子的特性粘数[η]b，在 θ－条件下（见高分子溶液）,，式中gθ是与支化度有关的参量，它随分子中支化度的增加而急剧下降，ε 与支化结构有关,它位于1/2和3/2之间。g因子也是高分子中长支链数目的函数,函数形式随支化点类型(三官能度支化或四官能度支化)而异。B.H.齐姆和 W.H.斯托克迈耶从理论上推导出在θ－条件下gθ因子与每一分子中支化点数目n（或重均支化点数目）的关系式。对于单分散体系，若支化点为三官能度时，则：若支化点为四官能度时:多分散体系的关系则更为复杂。对于短支链、梳型、星型支化分子，都可用核磁共振谱或红外光谱测定支化度。但对于长支链分子，由于浓度太低，用上述方法测定支化度就比较困难，目前比较有成效的方法是采用凝胶色谱法和粘度或重均分子量的测定互相配合来判断高分子长支链的支化度。
