Cited 7Cites

[1] 秦振平（H index：14） ;孙冰洋;郭春禹;郭红霞;
[2] 侯庆喜（H index：12） ;王凯晴;霍丹;杨秋林;吴程伟;秦建新;
[3] 姚靖雯（H index：2） ;胡筱;林婉真;许惠凤;伍丽坤;余丽双;
[4] 张迪（H index：1） ;宋权;蒙冉菊;章霞;叶艳丽;苏秀平;
[5] 田雨（H index：1） ;赵阳;石家福;
[6] 厍伟 .
[7] 王越 .

China Sciencepaper. 2017, (12) Core

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Influence of the interpenetrated structures of metal-organic frameworks on dye adsorption propertiesChinese Full Text English Full Text (MT)

DING Meili;JIANG Hailong;Hefei National Laboratory for Physical Sciences at the Microscale,University of Science and Technology of China;School of Chemistry and Materials Science,University of Science and Technology of China;

Abstract: To study the influence of the interpenetrated structures of metal-organic frameworks on dye adsorption properties,two metal-organic frameworks,MOF-5 and Zn-EDB which has an interpenetrated network,were successfully obtained based on the raw materials of terephthalic acid,4,4′-（ethyne-1,2-diyl）dibenzoic acid and zinc nitrate hexahydrate.The adsorption properties of the two MOFs for methylene blue,rhodamine 6G and coomassie brilliant blue R250 were investigated,respectively.And the diversification... More

Keywords：

coordination chemistry; metal-organic frameworks; interpenetrated structure; dye absorption;

Series：
(C) Architecture/ Energy/ Traffic/ Electromechanics, etc; (B) Chemistry/ Metallurgy/ Environment/ Mine Industry
Subject：
Chemistry; Environment Science and Resources Utilization
Classification Code：
O647.3;X703

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