Planet-satellite-type supracolloidal clusters represent a comparably young class of nanomaterials, which are unique with regard to structural order. In this prospective article, different approaches for their synthesis are discussed and compared. These synthetic methods enable the engineering of supracolloidal structural and adaptive properties, which in turn enables different emerging applications, such as in sensing and catalysis. These possibilities are explored on the basis of selected recent examples. A perspective about possible future developments is given at the end of this article.

中文翻译：

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来自无机纳米粒子的行星-卫星纳米结构：从合成到新兴应用

行星卫星型超胶体簇代表了一类相对年轻的纳米材料，它们在结构顺序方面是独一无二的。在这篇前瞻性文章中，讨论和比较了不同的合成方法。这些合成方法使超胶体结构和适应性特性的工程成为可能，这反过来又使不同的新兴应用成为可能，例如在传感和催化方面。这些可能性是在选定的近期示例的基础上进行的。本文末尾给出了对未来可能发展的看法。