Mo6O192

Mo6O192 refers to a polyoxometalate cluster. Polyoxometalates (POMs) are a large class of anionic metal-oxide clusters, typically based on tungsten or molybdenum. The designation "Mo6O192" describes a specific structure containing six molybdenum atoms and 192 oxygen atoms. This particular cluster is an example of a large, well-defined inorganic molecule with a cage-like structure.

The synthesis of such large POMs often involves controlled hydrolysis and condensation reactions of molybdenum precursors under specific conditions, such as controlled pH and temperature. These clusters exhibit interesting structural diversity and can adopt various architectures. The specific arrangement of Mo and O atoms in Mo6O192 contributes to its overall properties.

Polyoxometalates, including structures like Mo6O192, are studied for a variety of potential applications. These include catalysis, where their redox activity and ability to host other species are exploited. They have also been investigated for materials science, including use in sensors, batteries, and as components in hybrid organic-inorganic materials. The unique electronic and structural features of these large clusters make them attractive subjects for fundamental chemical research and for the development of novel functional materials.