Na2Ca2Si5O14

Na2Ca2Si5O14 is a synthetic silicate mineral with the chemical formula Na2Ca2Si5O14. It is a member of the silicate mineral group, characterized by the presence of silicon and oxygen in its structure. This compound is not known to occur naturally and is typically synthesized in laboratory settings for research purposes. Its crystal structure and properties are of interest to materials scientists and geochemists.

The structure of Na2Ca2Si5O14 involves a framework of silicon-oxygen tetrahedra, with sodium and calcium cations occupying interstitial sites. The precise arrangement of these atoms dictates the mineral's physical characteristics, such as its hardness, density, and optical properties. Research into its synthesis and characterization aims to understand the relationship between its atomic structure and bulk properties.

Applications for synthetic silicates like Na2Ca2Si5O14 can range from potential use in ceramics and glass manufacturing to their role as model compounds for studying geological processes. While specific industrial applications for this particular compound are not widely documented, its study contributes to the broader understanding of silicate chemistry and materials science. Further research may reveal novel uses for materials with similar compositions and structures.