Molecular Structure of a Silicon-Copper Coordination Complex | Chemistry Visualization #1444250 (License: Personal Use)

This high-resolution molecular visualization depicts a heterobimetallic coordination compound featuring a central silicon atom (Si1) bonded to a copper center (Cu1), with nitrogen donors (N1, N3) and terminal chlorides (Cl1, Cl2) completing the coordination sphere. The structure reveals a distorted tetrahedral geometry around silicon and square-planar or trigonal bipyramidal coordination at copper, typical of late-transition-metal/early-main-group synergistic systems. Such complexes are studied for their potential in catalytic small-molecule activation and materials synthesis.

Used in academic publications, educational chemistry resources, and research databases to illustrate novel coordination geometries in organometallic chemistry; targets chemists, graduate students, and materials scientists seeking structural insights into Si-Cu bonding.