and this allows structural tuning for stabilization, synthetic derivatization, and adsorption on Ag(111) or Au(111). X‐ray crystallography helps to explain the surprising stability of the selected derivatives in the solid state, and an unusual form of hydrogen bonding is identified from these analyses. Preliminary efforts to achieve surface‐based reactions on Ag(111) and Au(111) are outlined experimentally
基于三
乙炔基
甲醇(TEtM)的基本支架,描述了非共轭的,富含碳的结构单元的合成。
乙炔基的取代基可以很容易地改变(包括R 3 Si,H,Br),并且可以进行结构调整以实现稳定,合成衍生化以及在Ag(111)或Au(111)上的吸附。X射线晶体学有助于解释所选衍
生物在固态中的惊人稳定性,并且从这些分析中发现了异常形式的氢键。实验和计算概述了在Ag(111)和Au(111)上实现基于表面的反应的初步工作。