差速复合纺纱技术,Different Speed Complex Spinning Technology
1)Different Speed Complex Spinning Technology差速复合纺纱技术
2)collecting-spinning集合纺纱技术
3)spinning technology纺纱技术
1.Regarding the problems with the ring spin frame,viz,low production,irregular pressure on fiber in the twisting trangle area,fly and hairiness,introduction is done to the newspinning technology and new ringspinning technology.针对环锭细纱机存在的产量低、加捻三角区中纤维受力不均、形成飞花与纱线毛羽等问题,介绍了新型纺纱技术和新型环锭纺纱技术的现状,说明新型纺纱技术应向高速、高智能、高自动化、大卷装、扩大原料使用范围、纱线加捻与卷绕分开、尽可能减小加捻三角区、改善纱线结构、减少毛羽的方向发展,提出各种纺纱技术将并存发展,紧密纺纱技术是环锭纺纱技术的发展方向。
英文短句/例句
1.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
plex yarn can be spun on cotton spinning frame with Siro wool spinning technique.在棉纺细纱机上利用毛纺赛络纺纱技术可以纺制复合纱。
3.On Problems Relating to the Development of a New Spinning Technology-Jet Spinning关于发展喷气纺新型纺纱技术相关问题的探讨
4.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
5.Discussion on the Development of New Spinning Technology and its Products新型纺纱技术的发展与产品开发论述
6.An Approach into Spinning Tek-progress and the Reliability of the Cots and Aprons纺纱技术进步与胶辊胶圈可靠性的探讨
7.Investigation on Chemical-enzyme Modification and Yarn Spinning Technology of Jute Fibres for Textile Use精细化黄麻纤维制备、纺纱技术及力学性能研究
8.Study on Technology of Eliminating the Foggy Yarn in the Spinning Department of the Cotton Mill;纺织细纱车间“煤灰纱”防治技术的研究
9.Determination of Yarn Blended Ratio by Image Analysis;基于图像处理技术的纱线混纺比测定
10.Technical measures to improve the performance of BD200SN rotor spinning frameBD200SN型转杯纺纱机技术改进措施
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.Study on Clean Water-based Quenching/tempering Medium for Textile Steel Ring Travelers;纺纱钢丝圈热处理清洁生产技术及工艺研究
13.Measuring the Blend Ratio of Polyester/Cotton Yarns based on Image Processing Technology基于图像处理技术的涤棉纱线混纺比测定
14.One-bath dyeing of cotton/milk protein fiber blended yarn棉/牛奶蛋白纤维混纺纱线同浴染色技术
15.The application of Marzoli"s compact spinning technology in reconstruction of ring spinning frame东飞马佐里紧密纺技术在细纱机改造中的应用
16.Technical measures to increase yarn spinning productivity and reduce cost提高纺纱生产效率、降低生产成本的技术措施
17.The Spinning Theory and Process of Core-Sheath Composite Yarn and the Research on Its Product;芯鞘型长丝/短纤复合纺纱工艺技术理论及产品研究
18.Study on Improving Antibacterial Property of Pearl Fiber Blended Yarn by Low-temperature Plasma Technology利用低温等离子体技术改善珍珠纤维混纺纱抗菌性能的研究
相关短句/例句
collecting-spinning集合纺纱技术
3)spinning technology纺纱技术
1.Regarding the problems with the ring spin frame,viz,low production,irregular pressure on fiber in the twisting trangle area,fly and hairiness,introduction is done to the newspinning technology and new ringspinning technology.针对环锭细纱机存在的产量低、加捻三角区中纤维受力不均、形成飞花与纱线毛羽等问题,介绍了新型纺纱技术和新型环锭纺纱技术的现状,说明新型纺纱技术应向高速、高智能、高自动化、大卷装、扩大原料使用范围、纱线加捻与卷绕分开、尽可能减小加捻三角区、改善纱线结构、减少毛羽的方向发展,提出各种纺纱技术将并存发展,紧密纺纱技术是环锭纺纱技术的发展方向。
4)spinning technique纺纱技术
1.In this paper, a newspinning technique, cable-spun technique was introduced.介绍了一种新的纺纱技术即缆型纺纱技术的原理和装置。
2.Based on the development and applica tion of some related high-tech which will greatly affect and promote trad itional engineering,the paper discusses th e developments ofspinning technique,spinning equipment and mill autom ation in the first half of the new millennium.文章在此基础上,对新世纪前半叶纺纱技术、纺纱设备以及纺纱工厂自动化的发展进行了展望。
5)compound spinning复合纺纱
1.By changing thecompound spinning conditions,such as,the tension ratio of filaments and staple fibers,the position where the filaments was fed into the staple fibers and the twist factor,we can analyze the principle and the rule of their transfer in these conditions through observing the wind between each other and the yarn structure by a microscope.在细纱机上增设张力控制装置,以涤纶长丝为示踪纤维,通过改变复合纺纱的工艺条件,如:改变长丝与短纤须条的张力比、长丝喂入短纤须条的相对位置、复合纺纱的捻系数等工艺参数,用显微镜观察涤纶长丝与短纤维复合加捻成纱后的缠结与纱线结构,分析在上述工艺条件下长丝与短纤维的相互转移规律与机理。
6)solospun spinning technology缆型纺纱技术
延伸阅读
差速区带离心分子式：CAS号：性质：当不同的颗粒间存在沉降速度差时，在一定离心力作用下，颗粒各自以一定速度沉降，在密度梯度的不同区域上形成区带。沉降系数越大的颗粒，往下沉降得越快，所呈现的区带也越低。沉降系数较小的颗粒，则在较小部分依次出现。差速区带离心的分辨率(不同区带相互间分开的清晰程度)比差速离心高。仅用于分离有一定沉降系数差的颗粒，与其密度无关。大小相同，密度不同的颗粒(如线粒体、溶酶体和过氧化物酶体)不能用此法分离。
