Na6Ca2Al12Si12O4812H2O

Na6Ca2Al12Si12O4812H2O is the chemical formula for a hydrated sodium calcium aluminosilicate mineral. This formula indicates the precise stoichiometric ratio of its constituent elements: six sodium atoms, two calcium atoms, twelve aluminum atoms, twelve silicon atoms, forty-eight oxygen atoms, and twelve water molecules. The presence of water molecules within the crystal structure classifies it as a hydrate.

Minerals with such complex compositions often form under specific geological conditions. The aluminosilicate framework is characteristic of many silicate minerals, with aluminum and silicon atoms tetrahedrally coordinated with oxygen. The incorporation of sodium and calcium ions, along with water molecules, suggests a formation environment potentially involving hydrothermal processes or crystallization from aqueous solutions rich in these elements.

While a specific mineral name is not directly derivable from the chemical formula alone, compounds with similar elemental ratios might be related to zeolite group minerals or other complex hydrated tectosilicates. These minerals are known for their diverse structures and potential for ion exchange and water adsorption. Further crystallographic and spectroscopic analysis would be required to definitively identify the specific mineral structure and properties associated with Na6Ca2Al12Si12O4812H2O. Its physical properties, such as hardness, cleavage, and optical characteristics, would depend on its exact crystal structure.