An Examination of Metal−Ligand Binding Modes in Rubidium Diphenylmethanide

A powerful new synthetic method allows for the exploration of an interesting class of rubidium diphenylmethanides showing different solid-state modifications depending on the crystallization temperatures. Theoretical and structural analysis in the solution and the solid state leads to a broader understanding of metal−ligand binding modes.

一种高效的新型合成方法为探索一类颇具研究价值的二苯基甲基铷（rubidium diphenylmethanides）提供了可行途径，该类化合物的固态晶型会随结晶温度的不同而呈现差异。通过对溶液与固态样品开展理论及结构分析，可对金属-配体键合模式获得更为全面的认知。