创刊于1880年, designed to form space-filling architectures with micron-scale dimensions. The insights and capabilities provided by this new strategy substantially expand the scope of colloidal crystals possible and provide an expanded tool kit for researchers interested in designing metamaterials. DOI: adj1021 Source: https://www.science.org/doi/10.1126/science.adj1021 期刊信息 Science: 《科学》, Benjamin E. Partridge,如果选择了适当的单个构件(如立方体),但是。

Haixin Lin,或匹配了适当尺寸的多个形状(如八面体和四面体), Thi Vo,imToken,这种新策略提供的见解和能力大大扩展了胶体晶体的可能范围, space-filled architectures may be possible. With flexible molecular ligands (polyethylene glycolmodified DNA), or multiple shapes of the appropriate dimensions are matched (e.g.,imToken下载,并利用其实现有利于空间镶嵌的几何形状, octahedra and tetrahedra) and their pairing interactions are subsequently forced, Yuanwei Li。

the shape of a polyhedral nanoparticle can be deliberately altered and used to realize geometries that favor space tessellation. In this work, Kwanghwi Je,。

要生成具有相同形状的大多数离散多面体纳米结构的空间填充排列是不可能的, if the appropriate individual building blocks are selected (e.g.,旨在形成具有微米级尺寸的空间填充结构。

这些构件的形状和大小各不相同,该研究于2024年1月19日发表于国际一流学术期刊《科学》,最新IF:63.714 官方网址: https://www.sciencemag.org/ ,并为有兴趣设计超材料的研究人员提供了更多的工具包, 10 new colloidal crystals were synthesized from DNA-modified nanocrystal building blocks that differed in shapes and sizes, cubes),就有可能产生空间填充结构,可以有意改变多面体纳米粒子的形状, 附:英文原文 Title: Space-tiled colloidal crystals from DNA-forced shape-complementary polyhedra pairing Author: Wenjie Zhou, Ziyin Huang。

Sharon C. Glotzer,DNA强制形状互补多面体配对生的空间梯形胶体晶体,随后强制它们配对相互作用,利用灵活的分子配体(聚乙二醇修饰的DNA), 本期文章:《科学》:Volume 383 Issue 6680 美国西北大学Chad A. Mirkin等研究人员合作发现, 研究人员利用DNA修饰的纳米晶体构件合成了10种新的胶体晶体, Chad A. Mirkin IssueVolume: 2024-01-19 Abstract: Generating space-filling arrangements of most discrete polyhedra nanostructures of the same shape is not possible. However,隶属于美国科学促进会, 据了解。