Metal-Metal Interactions

Metal-metal interactions refer to the ways in which metal atoms in a material or molecule influence each other’s behavior through their atomic orbitals. These interactions involve the sharing or overlapping of electrons between metal atoms, which can lead to bonding, cohesion, and specific electronic or magnetic properties. Such interactions are fundamental in determining the structure, stability, and reactivity of metal-based compounds, including alloys and catalysts. Essentially, they describe how metal atoms connect and communicate at the atomic level, shaping the physical and chemical characteristics of the material.