对腈纶纤维的水解工艺进行研究。
含弱酸性基团的腈纶纤维饱和值较小。
The acrylic fibre with weakly acidic group has a low saturation value.
外壳充满了腈纶纤维填料。
腈纶纤维可采用阳离子染料、分散染料及分散型阳离子染料染色。
The acrylic fibers can be dyed by cationic dyes, disperse dyes and dispersive cationic dyes.
不锈钢具有典型的导电性能，而腈纶纤维吸湿性差，静电现象严重。
Stainless steel is conductive, and acrylic fiber has the defects of poor hygroscopicity and serious static electrical phenomenon.
通过对干法腈纶纤维成形机理的分析，研究了纺丝过程以后的工艺条件。
Analyze the effect of Acrylic fiber forming study the conditions after the spinning process.
本文中所使用的异形腈纶纤维不同于普通腈纶纤维，是采用干法纺丝方法制得的。
Different from general acrylic fiber, the profiled acrylic fiber used in the experiments is produced by dry spinning method.
从油剂泵、皮辊和钢罗拉等设备构件运行状态考虑，探讨了腈纶纤维上油率的稳定控制问题。
Steady control problem of lubrication rate on acrylic fiber is explored in view of equipments such as finishing oil pump, pressing roller and steel roller.
讨论了影响纤维成形的各项因素，通过优化成形条件熏降低产品废丝率，提高腈纶纤维优级品率。
All the factors that affect fiber formation are discussed. Optimizing formation conditions and reducing disqualification products lead to a high acrylic fiber quality.
试验对比分析了木质素纤维、腈纶纤维、聚酯类纤维和矿物纤维四种常见的沥青混凝土路用纤维的性能。
This experiment analyzed the road function properties of four familiar types of fibers in bituminous concrete, which are lignin fibers, acrylic fibers, polyester fibers and mineral fibers.
本课题探索了一种新的生产有色腈纶纤维方法，采用腈纶聚合体粉末染色，再通过湿法纺丝得到有色腈纶纤维。
The thesis explored a new method of producing colored acrylic fibers. The method starts from dyeing of acrylic polymer powder, and then gets the product by wet spinning of acrylic fibers.
染料的水溶液及染色后的腈纶纤维对以金黄色葡萄球菌和大肠杆菌为代表的革兰氏阳性菌及革兰氏阴性菌有杀灭或抑制作用。
The dye water solution and dyed acrylic fibre can kill or suppress Gram-positive bacteria and Gram-negative bacteria like Staphylococcus aureus and Escherichia coli.
结果表明，腈纶纤维经等离子体处理后表面粗糙度增加，大量的含氧和含氮极性基团被引入到纤维表面，使纤维表面吸湿性能得到显著改善。
It is found that plasma treatment can impart the acrylic fiber increased surface roughness and the improved hygroscopicity by the introduction of polar functions containing oxygen and nitrogen.
基材纤维是尼龙、涤纶、腈纶。
采用硫氰酸钠为溶剂，湿纺一步法工艺生产腈纶，探讨了喷丝头负拉伸率对纤维成形的影响。
Using NaSCN as solvent, acrylic fiber was produced by one-step wet spinning process. The effect of spinneret negative draw ratio on fiber formation was discussed.
研究了腈纶、羊毛条纵向、横向和随机排列纤维集合体的压缩性能。
There is somewhat different compressibility of the fiber assemblies between longitudinal, lateral and random arrangement.
影响腈纶短纤维卷曲性能的主要因素有丝束总线密度，卷曲箱高度，卷曲压力温度，丝束张力，宽度及热定型温度。
The factors affecting the crimpability of PAN staple fiber include the overall denier of tows, crimp box height, crimping pressure and temperature, tow tension and width and heat setting temperature.
提高牵伸机运行时间，降低停车次数，可提高腈纶短纤维卷曲稳定性。
Inereaseing the running time and reducing the stopping number of the drawing machine could improve the crimpability of PAN stable fiber.
适染各种成分的纱线：腈纶、毛腈、棉麻、粘胶、人造丝、竹纤维、雪尼尔及特种纱等。
Can dyed many types of yarn:poly-acrylic, wool acrylic, cotton&linen, rayon, bamboo fibre, chenille and special yarn.
PT t纤维综合了涤纶、锦纶、氨纶和腈纶几大合成纤维的优点，被誉为21世纪的大型纤维。
PTT fibre integrates the advantages of several synthetic fibres such as terylene, polyamide fibre, amino fibre and acrylic fibre and is honored as the great fibre in 21st century.
腈纶是一种常用纺织纤维，广泛用于各种纺织品，长期以来基本上都采用阳离子染料染色。
Acrylic is a common textile fiber, is widely used in various textile products. For a long time, the acrylic fiber has been basically dyed by cationic dyes.
探讨了预氧化腈纶短纤维在酸碱水溶液作用下，力学性能下降的机理及纤维预氧化程度对耐酸碱性的影响。
The mechanism of the drop of the mechanical properties of the preoxided acrylic staple fibers under the attack ofthe aqueous…
纤维可以是棉花、麻等天然纤维，也可以是涤纶、腈纶、丙纶、维纶等合成纤维。
The fibers can be natural fibers, such as cotton, hemp, etc. as well as synthetic fibers, such as terylene, orlon, polypropylene fiber, vinylon, etc.
纤维可以是棉花、麻等天然纤维，也可以是涤纶、腈纶、丙纶、维纶等合成纤维。
The fibers can be natural fibers, such as cotton, hemp, etc. as well as synthetic fibers, such as terylene, orlon, polypropylene fiber, vinylon, etc.
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