Novel Method for Nanofibre Yarn Production Using Two Differently Charged Nozzles

F. Dabirian; S. A. Hosseini Ravandi

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Novel Method for Nanofibre Yarn Production Using Two Differently Charged Nozzles

机译：使用两个带不同电荷的喷嘴生产纳米纤维纱的新方法

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In this study a new method of yarn production from electrospun nanofibres is discussed. This method is an innovation in electrospinning, using two differently charged nozzles and a collector travelling through the air to form yarn continuously. In this project PAN electro-spun nanofibres were used to produce twisted yarn with a linear density of 2.1 tex at laboratory scale. The tensile properties of these yarns were then investigated. With this method it is possible to produce yarns with different polymers and linear densities.

机译：在这项研究中，讨论了一种由电纺纳米纤维生产纱线的新方法。该方法是静电纺丝的一项创新，它使用两个带不同电荷的喷嘴和一个收集器，该收集器在空气中行进以连续形成纱线。在该项目中，PAN电纺纳米纤维被用于在实验室规模生产线密度为2.1 tex的加捻纱。然后研究了这些纱线的拉伸性能。用这种方法可以生产具有不同聚合物和线性密度的纱线。

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来源
《Fibres & textiles in Eastern Europe》 |2009年第3期|45-47|共3页
作者
F. Dabirian; S. A. Hosseini Ravandi;
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作者单位

Research Center of Science and Fibers Technology, Department of Textile Engineering Isfahan University of Technology, Isfahan, 84156, Iran;

Research Center of Science and Fibers Technology, Department of Textile Engineering Isfahan University of Technology, Isfahan, 84156, Iran;

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原文格式 PDF
正文语种 eng
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关键词
nanofibre yarn; tensile properties; charged nozzle; linear density; electrospun;

机译：纳米纤维纱;拉伸性能带电喷嘴线密度静电纺;

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专利

1. Novel Method for Nanofibre Yarn Production Using Two Differently Charged Nozzles [J] . Dabirian F., Hosseini S. A. Fibres & textiles in Eastern Europe . 2009,第3期

机译：使用两个不同电荷喷嘴的纳米纤维纱线生产的新方法
2. Analysis of polyacrylonitrile nanofiber yarn formation in electrospinning by using a conical collector and two oppositely charged nozzles [J] . Buzol Mulayim Beyza, Goktepe Fatma The Journal of the Textile Institute . 2021,第3期

机译：通过使用锥形收集器和两个相对带电喷嘴静电纺丝中聚丙烯腈纳米纤维纱线形成的分析
3. Novel method for producing electrospun composite nanofibre yarns [J] . Mihkel Viirsalu, Natalja Savest, Tiia Plamus, Estonian Academy of Sciences. Proceedings . 2018,第2期

机译：生产电纺复合纳米纤维纱的新方法
4. Calculation Method of Carbon Emission in Production Process for Optimization of Polyester Low Elastic Yarn Process [C] . Ning Li, Jingfeng Shao IEEE Data Driven Control and Learning Systems Conference . 2020

机译：聚酯低弹性纱线优化生产过程中碳排放的计算方法
5. Liquid Argon Time Projection Chamber Calibration Using Cosmogenic Muons, and Measurement of Neutrino Induced Charged Kaon Production in Argon in the Charged Current Mode (MicroBooNE Experiment) [D] . Meddage, Varuna Crishan N. 2019

机译：液体氩时间投影室校准使用富含孔μONs，以及在充电电流模式下氩气中Nearlino的测量诱导的带电的Kaon生产（微生物实验）
6. A method of predicting the effect of nozzle erosion from water-wettable insecticides on the discharge rates of nozzles [O] . Richard P. Lonergan, Lawrence B. Hall 1958

机译：预测水润湿性杀虫剂对喷嘴的侵蚀对喷嘴排放量的影响的方法
7. The air-jet yarn texturing process with particular reference to nozzle design and improved yarn test methods [O] . Demir Ali 1987

机译：喷气纱线变形过程，特别是喷嘴设计和改进的纱线测试方法
8. Production of Very Cold, Highly Charged Ions by Synchrotron Radiation: Comparisons of the ''Scalpel'' and ''Hammer'' Methods [R] . Levin, J. C. , Cederquist, H. , O, C. S. , 1987

机译：通过同步辐射产生极冷，高电荷离子：“手术刀”和“锤子”方法的比较

Novel Method for Nanofibre Yarn Production Using Two Differently Charged Nozzles

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