A trademark used for an acrylic fiber or yarns made from this fiber.
(商标)用晴纶纱制造的重量很轻的抗褶皱的丙烯酸纤维。
The process is an effective way for treating acrylic fiber wastewater.
该工艺是处理腈纶废水的有效方法。
Cotton yarn, wool yarn, acrylic fiber yarn, dacron yarn and other blended yarn etc.
棉纱、毛纱、腈纶纱、涤纶纱及其他混纺纱等。
The task comes from the first project of acrylic fiber-product testing line in Petro-China.
本课题来源于大庆石化我国首套腈纶试验装置的工程项目。
Trademark an acrylic fiber or the lightweight crease-resistant fabric made with Orlon yarns.
用晴纶纱制造的重量很轻的抗褶皱的丙烯酸纤维。
Analyze the effect of Acrylic fiber forming study the conditions after the spinning process.
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。
The feasibility for producing high shrinkage acrylic fiber polymer by existing process was studied.
分析探讨了采用现有工艺生产高收缩腈纶聚合物的可行性；
Then, the pretreated acrylic fiber wastewater is further treated with MBBR as a biological reactor.
再以MBBR为生物反应器，进一步处理经过铁炭微电解预处理的腈纶废水。
The filter media must be made of a synthetic, non-water, soluble material, such as polypropylene or acrylic fiber.
过滤材质必须用合成的不溶于水的材料制成，例如聚丙烯或丙烯酸烯纤维。
Lycra cotton series: artificial cotton Lycra cotton, acrylic fiber Lycra cotton, polyester Lycra, stretch cotton, etc.
拉架棉系列：人棉拉架棉、晴纶拉架棉、涤棉拉架、弹力棉等。
Different from general acrylic fiber, the profiled acrylic fiber used in the experiments is produced by dry spinning method.
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。
Stainless steel is conductive, and acrylic fiber has the defects of poor hygroscopicity and serious static electrical phenomenon.
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。
Fenton oxidization pretreatment coupled with sequencing batch membrane bioreactor (SBMBR) was used to treat acrylic fiber wastewater.
对腈纶废水进行Fenton氧化预处理后，运用序批式膜生物反应器进行处理。
Modified acrylic fiber adsorbent was prepared for the efficient treatment of the electroplating wastewater containing heavy metallic ions.
为了有效地处理含重金属离子的废水，制备了改性聚丙烯腈纤维吸附剂。
A sequencing batch membrane bioreactor (SBMBR) couple with internal electrolysis and Fenton oxidization was used to treat acrylic fiber wastewater.
采用内电解-Fenton氧化-序批式膜生物反应器组合工艺处理腈纶废水。
Viscosity is a general parameter reflecting the molecular weight, molecular weight distribution, and polymer solution concentration of acrylic fiber.
粘度是反映腈纶分子质量、分子质量分布和聚合物浓度的一项综合参数。
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.
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。
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.
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。
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.
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。
All the factors that affect fiber formation are discussed. Optimizing formation conditions and reducing disqualification products lead to a high acrylic fiber quality.
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。
The production development to fill the gaps in medium and high shrinkage Acrylic fiber. The production process reduce the cost as a result of reduced the amount of steam.
该产品的开发填补了干法腈纶中、高缩产品的空白，且生产过程中蒸汽量的减少，降低了生产成本。
A simple operating, high reliability Movable Packing machine used in acrylic fiber product lines is designed in this paper by the means of digital and optimum design methods.
本文采用数字化设计方法和优化设计手段，研究设计了具有操作简易、高可靠性等特点的腈纶生产线移动装箱机。
Spinning feature of the top form dry spun acrylic fiber is poor. This article analyzes the reason of the poor spinning feature and give some methods want to improve the quality.
干法腈纶毛条最突出的质量问题是可纺性能较差，它制约着纺织品质量的提高。
Using NaSCN as solvent, flat acrylic fiber was produced by two-step wet spinning process. The selection of spinneret shape and the optimization of process conditions were discussed.
采用硫氰酸钠为溶剂，湿法二步法工艺生产扁平腈纶，探讨了喷丝板的选型和生产工艺的优化。
The essay discusses the application of acrylonitrile co-polymerization in acrylic fiber production through the analysis over the reaction of dynamics of free-base co-polymerization.
前言：本文通过对自由基共聚反应动力学的分析，对丙烯腈共聚合反应在腈纶生产中的应用进行了讨论；
The acrylic fiber wastes(PAN) are hydrolyzed with alkaline at atmospheric pressure and the hydrolyzate is crosslinked by CH 2O in aqueous solution to obtain a high water absorbing resin.
废旧腈纶毛线常压碱法水解物与甲醛进行交联反应，制得高性能吸水树脂。
An efficient degrader Nocardia sp. C-14-1 was isolated from acrylic fiber wastewater. The identification, cloning and sequencing of a gene encoding nitrilase from strain C-14-1 was introduced.
从腈纶废水中分离到高效降解多种污染物的诺卡氏菌株C-14-1，并对该菌中腈水解酶的基因进行鉴定和测序。
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.
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.
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。
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