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Confined space design by nanoparticle self-assembly

机译:纳米粒子自组装限制空间设计

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摘要

Nanoparticle (NP) self-assembly has led to the fabrication of an array of functional nanoscale systems, having diverse architectures and functionalities. In this perspective, we discuss the design and application of NP suprastructures (SPs) characterized by nanoconfined compartments in their self-assembled framework, providing an overview about SP synthetic strategies reported to date and the role of their confined nanocavities in applications in several high-end fields. We also set to give our contribution towards the formation of more advanced nanocompartmentalized SPs able to work in dynamic manners, discussing the opportunities of further advances in NP self-assembly and SP research.
机译:纳米粒子(NP)自组装已经导致制造具有不同架构和功能的功能性纳米级系统阵列。在这种观点中,我们讨论了在其自组装框架中的NP超结构(SPS)的设计和应用,其在其自组装框架中,提供了关于迄今为止报告的SP合成策略的概述,以及它们在几个高处的应用中的狭窄纳米宽度在应用中的作用。终端。我们还设定了对能够以充满活力的方式工作的更先进的纳米分量化SPS的贡献,讨论了NP自组装和SP研究进一步进展的机遇。

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