Tunable thiolate coordination networks were prepared on metal surfaces using benzenehexathiol (BHT) under ultrahigh vacuum conditions. The two‐dimensional (2D) coordination networks achieved via thermal annealing give diverse structures on different surfaces. The structures of the networks on the copper surface could be well tuned by adjusting the thermal condition of the surface. Understanding the significant role of the metal surfaces will bring more information in the controllable synthesis of 2D coordination materials. More information can be found in the Communication by Wei Xu, Saeed Amirjalayer, Daoben Zhu, Harald Fuchs et al.

中文翻译：

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封面人物：金属表面上的可调硫醇盐配位网络（ChemNanoMat 10/2020）

在超高真空条件下，使用苯六硫醇（BHT）在金属表面上制备了可调节的硫醇盐配位网络。通过热退火实现的二维（2D）配位网络在不同表面上提供了多种结构。铜表面上的网络结构可以通过调整表面的热条件进行很好的调整。了解金属表面的重要作用将为2D坐标材料的可控制合成带来更多信息。更多信息可以在Wei Xu，Saeed Amirjalayer，Daoben Zhu，Harald Fuchs等人的通讯中找到。