ion exchange fiber

Research on As (ⅴ) removal performance of ion exchange fiber

离子交换纤维除As（Ⅴ）性能研究

Thermodynamic Study on Adsorption of Cr (ⅵ) on Ion Exchange Fiber

离子交换纤维吸附Cr（Ⅵ）的热力学研究

Removal of Arsenate by a New Type of Ion Exchange Fiber

新型离子交换纤维去除水中砷酸根离子的研究

Study on decolorization of cane juice by using ion exchange fiber

离子交换纤维对蔗汁脱色的研究

Preparation of weak alkaline ion exchange fiber based on polyacrylonitrile

聚丙烯腈基弱碱性离子交换纤维的制备

Study on Purification of Puerarin by Ion Exchange Fiber with Orthogonal Array

正交法研究离子交换纤维纯化葛根素的工艺

The study on physical and chemical characteristics of FFA-1 ion exchange fiber

FFA&1离子交换纤维的物理与化学性能的研究

Preparation of Strongly Alkaline Ion Exchange Fiber with Plasma

等离子体法制备强碱性离子交换纤维

Study of Adsorption of Gentamycin on Carboxylic Ion Exchange Fiber

羧酸型离子交换纤维吸附庆大霉素性能的研究

Studies on the Decolorization of Hair Hydrolic Solution by Ion Exchange Fiber

离子交换纤维对毛发水解液脱色的探讨

The study on adsorptive properties of FFC-1 ion exchange fiber for various harmful gases

FFC-1离子交换纤维对酸碱有害气体吸附性能的研究

A study on polystyrene-based anion ion exchange fiber to remove H_2S smell

聚苯乙烯基阴离子交换纤维去除H2S气体的研究

Studies on the Separation of Basic Amino Acids by Strong Acidic Ion Exchange Fiber PVF-g-SO_3H

强酸型离子交换纤维PVF-g-SO3H对碱性氨基酸的分离研究

Synthesize of a weak-base ion exchange fiber

含胺基、咪唑基的弱碱性离子交换纤维合成研究

The adsorption kinetics and adsorption isotherm of Ca 2 + from sugar liquor by using ion exchange fiber were investigated in this paper .

研究了强酸离子交换纤维对糖液中钙离子的吸附动力学和吸附等温线。

The amino acids on amphoteric ion exchange fiber are easy to be eluted and a small amount of elution reagent is therefor needed .

两性离子交换纤维还具有洗脱容易，洗脱液用量少的特点。

STUDIES ON THE PREPARATION OF STRONG ACIDIC-WEAK BASIC AMPHOTERIC ION EXCHANGE FIBER I. the grafting copolymerization of styrene and 4-vinylpyridine onto polypropylene fiber

强酸弱碱型两性离子交换纤维的制备I.苯乙烯和4-乙烯基吡啶的接枝共聚

The structure and properties of Na and H type FFC-1 ion exchange fiber were studied using SEM , TG-IR , EA , BET and other chemical means .

利用扫描电镜、热失重-红外、元素分析、低温氮吸附等技术和化学手段对聚羧酸基FFC-1离子交换纤维的结构与性能特点等进行了系统研究。

In this paper , the dynamic adsorption , hygroscopicity and reusability of FFC-1 ion exchange fiber for various acidic and basic harmful gases were measured in different conditions .

系统考察了不同直径及反离子形式的FFC-1聚羧酸离子交换纤维对酸碱有害气体的穿透吸附，各种温、湿度条件下的吸水率，以及作为有害气体吸附滤除材料的重复使用与再生性能。

The results indicate that this novel grafted ion exchange fiber has good absorption property of Pb ~ ( 2 + ) and Cu ~ ( 2 + ) and excellent thermal stability .

结果表明：该纤维对Pb2+、Cu2+具有良好的吸附性能，热稳定性能良好。

Adsorption kinetic curve and isotherm of gentamycin on carboxylic ion exchange fiber were measured , and the effects of temperature , pH and inorganic ions on the adsorption were investigated .

测定了羧酸型离子交换纤维吸附庆大霉素的动力学曲线和吸附等温线，研究了温度、pH、无机离子对吸附效果的影响。

Polystyrene base ion exchange fiber is an good material for purifying some poisonous gases , such as lead-containing gas , grain lead and so on , due to its special physical form .

聚苯乙烯基离子交换纤维是一种理想的离子交换材料。它的特殊的物理形态决定它对一些有害气体如铅烟、颗粒铅等具有很好的净化作用，铅烟净化效率可达80%；

The experimental results showed that the adsorbing speed of ion exchange fiber is quicker than that of resin , and the adsorption rate is relate to the concentration and the pH value of the amino acid solution .

静态吸附动力学实验表明，纤维对赖氨酸的吸附速度明显快于732树脂。穿透曲线结果表明，纤维的吸附量与上柱液浓度、流速、pH值有关。

The separation properties of amino acids mixtures on the new products of strong acid ion exchange fiber PP-g-St-SO_3H and amphoteric ion exchange fiber PP-g-4VP-SO_3H prepared by us were investigated and compared with that on relative ion exchange resin .

对新研制的强酸型离子交换纤维PP-g-St-SO3H和两性离子交换纤维PP-g-4VP-SO3H分离混合氨基酸的性能进行研究，并与相应的离子交换树脂进行比较。

The results showed that the novel fibrous materials contain carboxylic functional group with appropriate hydrazide cross-link structure . Owing to high external surface area and short transfer route , FFC-1 ion exchange fiber is provided with excellent reaction kinetic property .

结果表明：FFC-1离子交换纤维为含适量酰肼类交联键的聚羧酸（钠）型离子交换材料，外比表面积大和传质距离短是其反应动力学性能优异的主要原因。

After modulating factors of the ion exchange fiber pre-exchange degrees , the concentration of urea , synthesis temperature and time , cerium oxide precursors with different particle size distribution and nanometer slice and micron stick for feature morphology were obtained .

经过离子交换纤维的预交换度、尿素浓度、合成温度、合成时间等因素的调变可获得不同粒径分布的以纳米片和微米棒为特征形貌的氧化铈前体。

Chelating fiber is a kind of ion exchange fiber . It possesses not only all the advantages of ion exchange fiber , but also some advantages that other ion exchange fibers do not have , such as high selectivity and adsorption capacity for metal ions .

螯合纤维属于离子交换纤维中的一类，它具有离子交换纤维的所有优点，同时还具有其他离子交换纤维所没有的优点，例如对离子吸附的高选择性和更强的吸附能力等。

RESULTS Static saturated adsorption capacity of ion exchange fiber for ferulic acid was 180.4 mg · g - 1 ( dry fiber ), ferulic acid adsorbed on the fiber was desorbed absolutely by a small quantity of methanol and watery hydrochloric acid .

结果离子交换纤维对阿魏酸的静态饱和吸附量为180.4mg·g-1（干纤维），用少量甲醇和稀盐酸即可将吸附在纤维上的阿魏酸完全解吸。

Adsorption Properties of Cation Ion - exchange Fiber for UDMH

离子交换纤维对偏二甲肼的吸附性能

The ion - exchange fiber is regenerated by 5 % NaOH .

使用5%NaOH溶液可用于该离子交换纤维的再生，当流速小于0.4ml／min时，洗脱率达到95%。