1) aromatic chlorides
芳香氯化物
1.
Study on dechlorination of aromatic chlorides in aqueous system catalyzed by functionalized MontK10 supported bimetal;
官能化蒙脱土负载双金属催化芳香氯化物水相脱氯
2.
It showed high activity and selectivity for dechlorination of aromatic chlorides in water,when sodium formate was used as hydrogen donor the reacting temperature was (80°C) and the Pd∶Sn molar ratio was 4∶1.
把起相转移作用的聚乙二醇键合到蒙脱土上(MontK10-PEG400),再将聚乙烯吡咯烷酮(PVP)配合双金属Pd-Sn(PVP-PdCl2-SnCl4)后负载其上,制成一种新型双负载双金属水相脱卤催化剂PVP-PdCl2-SnCl4/MontK10-PEG400,以甲酸钠为氢转移试剂,在水相中催化芳香卤化物脱卤,结果表明:反应温度为80°C,Pd∶Sn=4∶1(摩尔比)时,该催化剂对芳香氯化物呈现出高的脱氯活性和选择性。
3.
A novel dually supported bimetallic catalyst, PVP-PdCl2-SnCl4/MontK10-PEG400, is obtained, shows high activities and seletivities for dechlorination of insoluble aromatic chlorides in water without any organic solvents, and has good reusability.
一种新型双负载双金属催化剂PVP-PdCl2-SnCl4/MontK10-PEG400,用于催化难溶于水的芳香卤化物水相脱卤,在无须加入任何有机溶剂情况下,对芳香氯化物呈现出高的脱卤活性和选择性,并具有良好的重复使用性能,通过IR测定探讨了催化剂各组分在催化脱卤中的作用。
2) chlorinated aromatic compound
氯代芳香化合物
1.
The present situations of research and prospect of application of biodegradation of chlorinated aromatic compounds are reviewed.
综述了生物技术降解氯代芳香化合物的研究现状及其应用前景 ,分析了氯代芳香化合物的结构与其生物降解性的关系 ,降解机理包括氧化脱氯机理、还原脱氯机理及共代谢作用机理以及所需环境 ,并对氯代芳香化合物生物降解的研究方向提出笔者的观点。
3) chlorinated aromatic compounds
氯代芳香化合物
1.
By measuring the respiratory oxygen consumption,a study on the effect of easily biodegradable organics on the aerobic biodegradation of chlorinated aromatic compounds was conducted.
利用测定微生物呼吸耗氧量的方法，从生物氧化程度出发，研究易降解有机物对氯代芳香化合物生物降解性能的影响。
2.
In this paper, a brief introduction was given on the metabolic pathways and the role of plasmids in the biodegradation of chlorinated aromatic compounds.
本文对纯菌株降解氯代芳香化合物的降解途径、降解性质粒和遗传工程菌株的构建等诸方面进行了综述。
4) Chlorinated aromatics
氯化芳香族化合物
5) chlorinated aromatic compounds
氯代芳香族化合物
1.
The BRBPNN model for quantitative relationship between the electrochemical reduction potential (ERP) and chemical structures of 87 chlorinated aromatic compounds was established.
采用ChemOffice2 0 0 4内置的MOPAC 2 0 0 0计算了 6种量子化学参数 (分子最高占据能EHOMO、分子最低占据能ELUMO、分子生成热HF、分子偶极矩DIP、分子的电子能量EE和分子的核核排斥能CCR)以及氯原子数 (Cl)和分子量 (MW ) ,建立了 87种氯代芳香族化合物结构与电化学还原电位定量关系的BRBPNN模型 。
6) Chlonide Aromatic compowd
氯代芳香族合化物
补充资料：吡啶烷基衍生物蒸馏残余物氯化苄季铵化物
CAS：97375-31-0
中文名称：吡啶烷基衍生物蒸馏残余物氯化苄季铵化物
英文名称：Pyridine, alkyl derivs., distn. residues, benzyl chloride-quaternized
中文名称：吡啶烷基衍生物蒸馏残余物氯化苄季铵化物
英文名称：Pyridine, alkyl derivs., distn. residues, benzyl chloride-quaternized
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条