Intercalation Assembly Method and Intercalation Process Control of Layered Intercalated Functional Materials

doi:10.1016/S1004-9541(13)60482-6

摘要/Abstract

摘要： Layered intercalated functional materials of layered double hydroxide type are an important class of functional materials developed in recent years. Based on long term studies on these materials in the State Key Laboratory of Chemical Resource Engineering in Beijing University of Chemical Technology, the principle for the design of controlled intercalation processes in the light of future production processing requirements has been developed. Intercalation assembly methods and technologies have been invented to control the intercalation process for preparing layered intercalated materials with various structures and functions.

关键词: layered intercalated structure, functional material, intercalation assembly methods, intercalation process

Abstract: Layered intercalated functional materials of layered double hydroxide type are an important class of functional materials developed in recent years. Based on long term studies on these materials in the State Key Laboratory of Chemical Resource Engineering in Beijing University of Chemical Technology, the principle for the design of controlled intercalation processes in the light of future production processing requirements has been developed. Intercalation assembly methods and technologies have been invented to control the intercalation process for preparing layered intercalated materials with various structures and functions.

Key words: layered intercalated structure, functional material, intercalation assembly methods, intercalation process

李凯涛, 王桂荣, 李殿卿, 林彦军, 段雪. Intercalation Assembly Method and Intercalation Process Control of Layered Intercalated Functional Materials[J]. Chinese Journal of Chemical Engineering, 2013, 21(4): 453-462.

LI Kaitao, WANG Guirong, LI Dianqing, LIN Yanjun, DUAN Xue . Intercalation Assembly Method and Intercalation Process Control of Layered Intercalated Functional Materials[J]. Chin.J.Chem.Eng., 2013, 21(4): 453-462.

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