Responsive Structural Colors Derived from Geometrical Deformation of Synthetic Nanomaterials,Small Structures

当前位置： X-MOL 学术 › Small Struct. › 论文详情

Our official English website, www.x-mol.net, welcomes your feedback! (Note: you will need to create a separate account there.)

Responsive Structural Colors Derived from Geometrical Deformation of Synthetic Nanomaterials
Small Structures ( IF 13.9 ) Pub Date : 2022-09-13 , DOI: 10.1002/sstr.202200101
Yong Qi ₁ , Shufen Zhang ₁ , An-Hui Lu ₁

Affiliation

Responsive structural colors generated by the geometrical deformation of synthetic nanomaterials with a periodic skeleton corresponding to light wavelength through interference, diffraction, and scattering are recognized as extremely valuable information conversion methods. However, there lacks systematic generalization regarding the responsive structural colors generated from the response deformation of micro–nano structures. In this review, the recent progress on synthetic structural color materials (SCMs) and their size effects on color conversion are summarized and discussed. Different deformable micro–nano structures, such as microspheres, inverse opals, surface wrinkles, nano-/micropillars, layered stacks, and others, have been summarized. Their common feature is the variation in structural color produced by the deformation of nanostructures, but the difference lies in the deformation mechanism and response to stimuli. It is aimed to figure out the relationship and mechanism between stimuli deformation and the variable structural color of the corresponding nanostructures, inspiring the creation of the next generation of intelligent SCMs. Finally, perspectives on the development of responsive SCMs derived from the geometrical deformation of synthetic nanomaterials are presented. Several potential stimuli-deformable micro–nano structures are discussed. It is believed that stimuli deformation is a powerful tool for the fabrication of high-performance responsive SCMs to advance photonic technology.

中文翻译：

源自合成纳米材料几何变形的响应结构颜色

具有与光波长相对应的周期性骨架的合成纳米材料通过干涉、衍射和散射的几何变形产生的响应结构颜色被认为是非常有价值的信息转换方法。然而，对于由微纳结构的响应变形产生的响应结构颜色缺乏系统的概括。在这篇综述中，总结和讨论了合成结构颜色材料（SCM）的最新进展及其尺寸对颜色转换的影响。已经总结了不同的可变形微纳米结构，例如微球、反蛋白石、表面皱纹、纳米/微柱、分层堆叠等。它们的共同特点是纳米结构变形产生的结构颜色变化，但区别在于变形机制和对刺激的反应。旨在弄清楚刺激变形与相应纳米结构可变结构颜色之间的关系和机制，为下一代智能单片机的创造提供启发。最后，提出了从合成纳米材料的几何变形衍生的响应式 SCM 发展的观点。讨论了几种潜在的可刺激变形的微纳米结构。人们认为，刺激变形是制造高性能响应 SCM 以推进光子技术的有力工具。旨在弄清楚刺激变形与相应纳米结构可变结构颜色之间的关系和机制，为下一代智能单片机的创造提供启发。最后，提出了从合成纳米材料的几何变形衍生的响应式 SCM 发展的观点。讨论了几种潜在的可刺激变形的微纳米结构。人们认为，刺激变形是制造高性能响应 SCM 以推进光子技术的有力工具。旨在弄清楚刺激变形与相应纳米结构可变结构颜色之间的关系和机制，为下一代智能单片机的创造提供启发。最后，提出了从合成纳米材料的几何变形衍生的响应式 SCM 发展的观点。讨论了几种潜在的可刺激变形的微纳米结构。人们认为，刺激变形是制造高性能响应 SCM 以推进光子技术的有力工具。讨论了几种潜在的可刺激变形的微纳米结构。人们认为，刺激变形是制造高性能响应 SCM 以推进光子技术的有力工具。讨论了几种潜在的可刺激变形的微纳米结构。人们认为，刺激变形是制造高性能响应 SCM 以推进光子技术的有力工具。

更新日期：2022-09-13

点击分享查看原文

点击收藏

阅读更多本刊新发论文