Facile Fabrication of Various Submicron Functional Structures using Colloidal Spheres
Facile Fabrication of Various Submicron Functional Structures using Colloidal Spheres
复制标题
使用胶体球轻松制造各种亚微米功能结构
DOI：
10.1080/15421406.2014.931774
复制
发表时间：
2014
影响因子：
0.7
通讯作者：
江本 顕雄
中科院分区：
文献类型：
--
作者：
福田 隆史;江本 顕雄
胶体球本身的亚微米尺寸及其自组装结构是获得各种功能结构的有用基础。到目前为止，我们已经成功地制造了几种独特的结构，这些结构有望应用于特定光学器件的各种组件，或用于材料和/或生物科学研究目的的衬底。介绍了反蛋白石结构、二元胶体结构、交替光子晶体和玻璃结构以及各向异性半球结构的简单制备方法和获得的结构。还描述了它们的光学功能。
Submicron-size of colloidal spheres itself and their self-assembled structures are useful basis for obtaining various functional structures. Up to now, we have succeeded to fabricate several unique structures that are expected to be applied to various components of a specific optical device, or the substrate for material- and/or bio-science research purpose. Facile fabrication procedures and obtained structures for an inverse opal structure, a binary colloidal structure, an alternating photonic crystal and glass structure, and an anisotropic hemispherical structure are introduced. Their optical functions are also described.