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ultra fine fiber
相关语句
  超细纤维
     Through these three steps, the particles of disperse phase are deformed and drawn to fibrils. The ultrafine fiber of PET with diameter below 0. 5μm,denier below 0. 002. can be obtained after the blend fiber treated with solvent.
     该纤维经溶剂溶去基质相后,可得到相互缠绕的超细纤维网络体,直径<0.5μm,纤度<0.002dtex。
短句来源
     Standard fiber with filament fineness of 2~3 dtex was prepared by composite spinning of PP and PA6. During the afterprocessing, this fiber could be separated in composite ultra fine fiber with filament fineness smaller than 0.5 dtex. The composite spinning technique was introduced.
     以 PP和 PA6为原料 ,采用复合纺丝技术 ,制成单丝纤度 2~ 3 dtex的常规纤维 ,该纤维在后加工过程中可以剥离成单丝纤度小于 0 .5 dtex的复合超细纤维
短句来源
     The results were demonstrated by means of DSC, IR and SEM. These blend fibers were treated by xylene, and the PA6 ultra fine fiber was obstained which is widely used as clothing fiber, artificial leather, and industrial filter cloth etc.
     过量地添加相容剂会使共混组分两相间作用力过强 ,这对改善其中某组分的性能有利 ,但对本研究的内容是不利的 ,会导致基体 -微纤型共混纤维难于溶解剥离为超细纤维 ,DSC、IR及SEM的分析结果支持了这一结论。
短句来源
  超细纤维
     Through these three steps, the particles of disperse phase are deformed and drawn to fibrils. The ultrafine fiber of PET with diameter below 0. 5μm,denier below 0. 002. can be obtained after the blend fiber treated with solvent.
     该纤维经溶剂溶去基质相后,可得到相互缠绕的超细纤维网络体,直径<0.5μm,纤度<0.002dtex。
短句来源
     Standard fiber with filament fineness of 2~3 dtex was prepared by composite spinning of PP and PA6. During the afterprocessing, this fiber could be separated in composite ultra fine fiber with filament fineness smaller than 0.5 dtex. The composite spinning technique was introduced.
     以 PP和 PA6为原料 ,采用复合纺丝技术 ,制成单丝纤度 2~ 3 dtex的常规纤维 ,该纤维在后加工过程中可以剥离成单丝纤度小于 0 .5 dtex的复合超细纤维
短句来源
     The results were demonstrated by means of DSC, IR and SEM. These blend fibers were treated by xylene, and the PA6 ultra fine fiber was obstained which is widely used as clothing fiber, artificial leather, and industrial filter cloth etc.
     过量地添加相容剂会使共混组分两相间作用力过强 ,这对改善其中某组分的性能有利 ,但对本研究的内容是不利的 ,会导致基体 -微纤型共混纤维难于溶解剥离为超细纤维 ,DSC、IR及SEM的分析结果支持了这一结论。
短句来源
  “ultra fine fiber”译为未确定词的双语例句
     STUDY ON THE RHEOLOGICAL AND VISCOELASTIC PROPERTIES OF PET/PE BLENDS USED FOR ULTRAFINE FIBER
     用于制造极细纤维的PET/PE共混熔体流变性及粘弹性研究
短句来源
     Fabrication and mechanical properties of composite laminates with epoxy-SiC compound ultrafine fiber interfaces
     含环氧-SiC复合微/纳米纤维的层合板制备及其力学性能
短句来源
     Without solvents used,melt-electrospinning would be a practical method for ultrafine fiber preparation.
     由于不使用溶剂,熔融电纺可望成为超细纤维形成的实用方法.
短句来源
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Standard fiber with filament fineness of 2~3 dtex was prepared by composite spinning of PP and PA6. During the afterprocessing, this fiber could be separated in composite ultra fine fiber with filament fineness smaller than 0.5 dtex.The composite spinning technique was introduced. The spinning parameter having great effect on the physical properties of fibers were discussed. This composite ultra fine fiber has clear section face and could be dyed under normal temperature and normal pressure. The...

Standard fiber with filament fineness of 2~3 dtex was prepared by composite spinning of PP and PA6. During the afterprocessing, this fiber could be separated in composite ultra fine fiber with filament fineness smaller than 0.5 dtex.The composite spinning technique was introduced. The spinning parameter having great effect on the physical properties of fibers were discussed. This composite ultra fine fiber has clear section face and could be dyed under normal temperature and normal pressure. The wear-comfort of textile made from this fiber was good.

以 PP和 PA6为原料 ,采用复合纺丝技术 ,制成单丝纤度 2~ 3 dtex的常规纤维 ,该纤维在后加工过程中可以剥离成单丝纤度小于 0 .5 dtex的复合超细纤维。介绍了复合纺丝工艺 ,讨论了对纤维物理性能指标产生较大影响的工艺参数 ,试验制得的复合超细纤维截面清晰 ,在常温常压下可染 ,织物服用舒适性良好。

In the article,it introduces briefly the situation of ultra fine fibre man made leather in the world and the processing technology of ultra fine fiber and man made leather. Some suggestions are provided on deve loping ultra fine fibre man made leather in our country.

本文简述了世界上超细纤维人造革的概况。对超细纤维人造革的生产工艺技术和产品性能做了一些介绍 ,并对我国发展超细纤维人造革产品提出了一些建议。

The development trend of differential polyamide fiber,such as anti-bacterial,far-infrared fiber,flame-retardant fiber,profiled fiber,fine denier fiber,ultra-fine fiber and hygroscopic fiber were analyzed.And the status of domestic differential fiber was reviewed,it was pointed out that we should pay more attention to development of differential polyamide fiber,and the share of differential fiber should be increased to 20%.

简述了差别化聚酰胺纤维的发展 ,并就抑菌、远红外、阻燃、异形、细旦与超细旦、吸湿等主要纤维品种的研究与开发情况分类进行了介绍 ,分析了我国差别化聚酰胺纤维开发的现状 ,提出了应大力开发差别化、多功能化、高性能的聚酰胺纤维 ,力争将我国聚酰胺纤维的差别化率提高到 2 0 %的观点。

 
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