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Spatial control of chemistry on the inside and outside of inorganic nanocrystals

机译:无机纳米晶体内部和外部的化学空间控制

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摘要

The ability to make inorganic nanocrystals of controlled size, shape, and composition is well-established for some elements and compounds, butby no means has been generalized to the entire periodic table. A new paper in this issue of ACS Nano offers a route to explore more of the periodic table with increased control over both composition and position for inorganic nanostructures. This Perspective provides a snapshot of the major challenges in controlling the positions of atoms and molecules both in the cores and on the surfaces of inorganic nanocrystals.
机译:对于某些元素和化合物,已经确立了制造尺寸,形状和组成可控的无机纳米晶体的能力,但尚未将其推广到整个元素周期表。本期ACS Nano的一篇新论文提供了探索更多元素周期表的途径,同时增加了对无机纳米结构的组成和位置的控制。该观点概述了控制原子和分子在无机纳米晶体的核心和表面上的位置所面临的主要挑战。

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