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第一作者 : G.N. Li
通讯作者 : R.R. Xu,Y. Xu,Z.M. Liu
全部作者 : S.G. Li,Y.X. Wei,J.W. Tao,Y. Wang,B.W. Yu,H.B. Huang
发表时间 : 2016-04-26
发表刊物 : Chem. Sci.
所属单位 : 吉林大学
学科门类 : 理学
一级学科 : 化学
卷号 : 7
页面范围 : 1582
关键字 : HOLLOW FIBERS; CATALYTIC CRACKING; ZSM-5; KIRKENDALL; CRYSTALS; FABRICATION; ARCHITECTURES;
教研室 : 无机合成与制备国家重点实验室
摘要 : Hierarchical zeolite monoliths with multimodal porosity are of paramount importance as they open up new horizons for advanced applications. So far, hierarchical zeolites based on nanotube scaffolds have never been reported. Inspired by the organization of biominerals, we have developed a novel precursor scaffolding-solid phase crystallization strategy for hierarchical zeolites with a unique nanotube scaffolding architecture and nanotube-trimodal network, where biomolecular self-assembly (BSA) provides a scaffolding blueprint.
是否译文 : 否
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