Synthesis, structure and luminescent properties of an organic–inorganic hybrid solid based on unprecedented flower-basket-shaped [Cu4II4] clusters with 1,2-bis(benzotriazole)ethane ligands

The solvothermal reaction of the flexible ligand 1,2-bis(benzotriazole)ethane (bbta) with CuI produced a novel two-dimensional organic-inorganic hybrid solid, namely, [(Cu6I4)2(bbta)2(bta)4]n (bta = benzotriazole) (1). Novel 1D inorganic chains [Cu6I4]n2n- constructing from unprecedented flower-basket-shaped [Cu4II4] clusters are observed, which are further linked by the bbta and bta ligands using rare μ3-bidging mode to generate the 2D organic–inorganic hybrid structure of 1.

A novel 2D organic–inorganic hybrid solid [(Cu6I4)2(bbta)2(bta)4]n (1) (bta = benzotriazole, bbta = 1,2-bis(benzotriazole)ethane) constructed from unprecedented flower-basket-shaped [Cu4II4] clusters was prepared under solvothermal condition and characterized.Figure optionsDownload as PowerPoint slide