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纳米结构单元的仿生合成与宏观组装体功能
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摘要
受生物启发的仿生合成策略和思路已日益引起科学界的广泛关注。低维纳米构筑单元的可控合成及组装对进一步研究其性能、功能调控及应用具有重要意义,发展纳米结构单元的可控仿生合成与组装技术对其功能调控和应用的关键。本报告将总结分子模板诱导合成无机微纳材料、仿生界面法可控组装多种宏观纳米组装体及功能化方面取得的进展。重点介绍无机纳米线等纳米结构单元的可控仿生合成,并讨论以其为组装单元构筑特殊结构的宏观尺度纳米组装体及其在不同领域的应用。
Bio-inspired synthetic strategies have attracted intensive and wide attention. Controllable synthesis of high quality low dimensional nanoscale building blocks and their assemblies is of significance for practical applications. Developing reliable bio-inspired synthesis methods and self-assembly techniques are highly important for their functionalization and application. This lecture will summarize our latest advances in the field of bio-inspired molecule induced synthesis of micro-/nano-inorganic materials, bio-inspired interfacial assembly of macroscopic assemblies and functionalization. As an example, we will demonstrate how to realize the scale-up synthesis of high quality inorganic nanowires by bio-inspired approaches, and discuss how to assemble these nanoscale building blocks into macroscopic assemblies as well as their functionalities, which show potential applications in different fields.
引文
[1]Wu,Z.Y.,Liang,H.W.,Chen,L.F.,Hu,B.C.,Yu,S.H.Acc.Chem.Res.2016,49:96-105.
    [2]Yao,H.B.,Ge,J.,Mao,L.B.,Yan,Y.X.,Yu.S.H.Adv.Mater.2014,26:163-188.
    [4]Liang,H.W.;Liu,J.W.;Qian,H.S.,Yu,S.H.Acc.Chem.Res.2013,46:1450-1461.
    [5]Liu,J.W.,Liang,H.W.,Yu,S.H.Chem.Rev.2012,112:4770-4799.
    [3]Yao,H.B.,Fang,H.Y.,Wang,X.H.Chem.Soc.Rev.2011,40:3764-3785.

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