螯合树脂,chelating resin
1)chelating resin螯合树脂
1.Adsorption properties of copper template polyamine phenolicchelating resin;铜模板-多胺酚醛型螯合树脂的吸附性能研究
2.Syntheses and adsorption properties ofchelating resins containing N,S functional groups;含N,S杂原子功能基螯合树脂的合成及其吸附性能
3.Studies on synthesis and properties of new diamin typechelating resin;二胺型螯合树脂的合成与性能研究
英文短句/例句
1.Chelation Adsorption Behavior of a Salicylic Acid-Type Chelate Resin for Fe(Ⅲ) Ions水杨酸型螯合树脂对Fe(Ⅲ)离子的螯合吸附行为
2.Studies on Design, Syntheses and Properties of Novel Chelating Resin;新型螯合树脂的设计、合成及性能研究
3.Study on Preparation and Application of Amino Methylene Phosphonic Acid Resins;氨基膦酸螯合树脂的合成与应用研究
4.Research on Adsorption of Arsenic(Ⅴ) by Fe(Ⅲ)-loaded Chelating Resin;Fe（Ⅲ）负载型螯合树脂吸附砷（Ⅴ）的研究
5.Study on Removing Fluorine from Water through the Ligand Excha nge of a Chelating Type Amine_Carboxyl Group Resins Containing Iron;含铁氨羧螯合树脂配体交换除氟研究
6.STUDIES ON THE SORPTION OF AMINO METHYLENE PHOSPHONIC ACID RESIN FOR HEAVY RARE EARTH METALS氨基膦酸螯合树脂吸附重稀土的研究
7.The properties and structural characterization of benzimidazole chelate resin苯并咪唑螯合树脂的性能与结构表征
8.Syntheses of Novel Chelating Resins and Their Application in Analysis of Heavy Metals;新颖螯合树脂的合成及在重金属检测中的应用
9.Syntheses and Adsorption Properties of Silica-gel Supported Amido-amine Chelating Resin;硅胶负载酰胺—胺型螯合树脂的合成及性能研究
10.SYNTHESIS AND ADSORPTION PROPERTIES OF CHELATING RESIN FROM THIOUREA AND FORMALDEHYDE;新型硫脲-甲醛螯合树脂的合成及吸附性能
11.Study on the Synthesis and Application of Ion Exchange/Chelating Phenolic Resin酚醛型离子交换/螯合树脂的合成与应用研究
12.Novel Synthesis of Salicylic Acid-Crosslinked Polystyrene Chelating Resin合成水杨酸-交联聚苯乙烯螯合树脂的新途径
13.Synthesis and adsorption properties of polyether chelating resins containing nitrogen含氮聚醚型螯合树脂的合成及吸附性能
14.Synthesis and Adsorption Isotherms Properties of Polyether Chelating Resins聚醚型螯合树脂的合成及其等温吸附性能
15.FORMATION CONSTANTS FOR Cu, Ni, Co AND Zn COMPLEXS WITH CHELATING RESIN AND WEAK ACID RESIN铜、镍、钴、锌与螯合树脂及弱酸性离子交换树脂的络合物的生成常数
16.Research on Synthesis and Application of Iminodipro-pionic Acid Ligand Chelating Resins亚胺基二丙酸型螯合树脂的制备与应用研究
17.Kinetics and Thermodynamics of the Adsorption of Copper(II) onto Chelating Resin螯合树脂对铜离子的吸附动力学和热力学
18.Preparation and Adsorption Properties of Polyamine-type Chelating Resins多胺型螯合树脂的制备及吸附性能研究
相关短句/例句
Chelate resin螯合树脂
1.The properties and structural characterization of benzimidazole chelate resin苯并咪唑螯合树脂的性能与结构表征
2.the chelate resin with thiourea group is obtained.经预处理的花生壳颗粒(20～60目)与环氧氯丙烷接枝,引入活泼氯;活泼氯被硫脲取代后,成为硫脲基螯合树脂。
3.In this paper, synthesized new chelate resins if phosphonic acid by reaction of polyethylene polyamine resins of macro porous bead form PVC backbone with phosphorous acid and formaldehyde in hydrochloric acid, and studied adsorption properties of the chelate resins for Cu2+, Zn2+, Ca2+, Mg2+, Na+.采用新型大孔球状聚氯乙烯为骨架的多乙烯多胺树脂在盐酸存在下与亚磷酸、甲醛反应，合成了氨基磷酸型螯合树脂。
3)Chelating resins螯合树脂
1.D403 chelating resins and their application in caustic soda devices;D403螯合树脂及其在烧碱装置中的应用
2.With dry ointment yield,comparability of HPLC and removal rate of heavy metals as the indexes,the effects of two kinds ofChelating resins in removing heavy metal were compared.目的研究两种螯合树脂A和B用于脱除板蓝根提取液中重金属离子的可行性。
3.Based on the types of chelating resins,the paper reviews the research on Ga and In separation with chelating resins mainly of phosphate and hydroxyl-acid types.按螯合树脂的类型对螯合树脂分离镓和铟的研究进行了综述,并指出:迄今用于分离回收镓和铟的螯合树脂主要为磷酸和羧酸类树脂,螯合树脂分离技术在回收镓和铟方面具有选择性强、吸附容量大和稳定性好等优点,可望成为分离回收镓和铟的一种新的选择。
4)chelating resin tower螯合树脂塔
1.Modular construction ofchelating resin towers in electrolysis systems of ion-exchange membrane caustic soda;离子膜法烧碱电解系统中螯合树脂塔的模块
2.Reutilization of regenerated acid and alkali fromchelating resin tower;螯合树脂塔再生酸碱液的回收利用
5)PADC chelated resinPADC螯合树脂
6)boron-specific chelating resin硼螯合树脂
延伸阅读
螯合树脂螯合树脂chelateresins能从含有金属离子的溶液中以离子键或配位键的形式，有选择地螯合特定的金属离子的高分子化合物。该树脂以交联聚合物（如苯乙烯/二乙烯苯树脂）为骨架，连接以特殊功能基构成。它属功能高分子。螯合树脂一般通过高分子化学反应制得，也可将含有配位基的单体经聚合反应或共聚反应成为在高分子主链或侧链中含有配位基的树脂。典型的配位基(功能基)有：螯合树脂在湿法冶金、分析化学、海洋化学、药物、环境保护、地球化学、放射化学和催化等领域有广泛用途。除作为金属离子螯合剂外，也可作氧化、还原、水解、烯类加成聚合、氧化偶合聚合等反应的催化剂，以及用于氨基酸、肽的外消旋体的拆分。螯合树脂与金属离子结合形成络合物后，其力学、热、光、电磁等性能都有所改变。利用该性质，可将高分子螯合物制成耐高温材料、光敏高分子、耐紫外线剂、抗静电剂、导电材料、粘合剂及表面活性剂等。
