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losttemp

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[资源] JMC最新综述:两步自组装合成多尺度有序复杂能源纳米材料

最新一期JMC刊发了一篇关于两步自组装法制合成备复杂纳米结构的综述性热点文章。该文详述了通过两步自组装合成多尺度有序尤其是具有可控纳米次级结构的三维微纳米材料。该方法将是合成方面的一个重要突破。

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Two-step self-assembly of hierarchically-ordered nanostructures
Qiannan Liu, Ziqi Sun,  Yuhai Dou   Jung Ho Kim and    Shi Xue Dou   
J. Mater. Chem. A, 2015,3, 11688-11699
http://pubs.rsc.org/en/Content/A ... 01162K#!divAbstract

Due to their unique size- and shape-dependent physical and chemical properties, highly hierarchically-ordered nanostructures have attracted great attention with a view to application in emerging technologies, such as novel energy generation, harvesting, and storage devices. The question of how to get controllable ensembles of nanostructures, however, still remains a challenge. This concept paper first summarizes and clarifies the concept of the two-step self-assembly approach for the synthesis of hierarchically-ordered nanostructures with complex morphology. Based on the preparation processes, two-step self-assembly can be classified into two typical types, namely, two-step self-assembly with two discontinuous processes and two-step self-assembly completed in one-pot solutions with two continuous processes. Compared to the conventional one-step self-assembly, the two-step self-assembly approach allows the combination of multiple synthetic techniques and the realization of complex nanostructures with hierarchically-ordered multiscale structures. Moreover, this approach also allows the self-assembly of heterostructures or hybrid nanomaterials in a cost-effective way. It is expected that widespread application of two-step self-assembly will give us a new way to fabricate multifunctional nanostructures with deliberately designed architectures. The concept of two-step self-assembly can also be extended to syntheses including more than two chemical/physical reaction steps (multiple-step self-assembly).JMC最新综述:两步自组装合成多尺度有序复杂能源纳米材料
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7楼2015-05-28 05:11:53
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losttemp

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附件中的图片为插图的清晰版。
2楼2015-05-27 18:10:24
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