NaCa2Al5Si13O3614H2O

NaCa2Al5Si13O3614H2O is a chemical formula representing a hydrated aluminosilicate mineral. This compound belongs to the family of zeolite minerals, characterized by their porous, cage-like structures. Zeolites are tectosilicates, meaning their framework is built from corner-sharing SiO4 and AlO4 tetrahedra. The presence of sodium (Na) and calcium (Ca) cations, along with water molecules (H2O), within these channels and cages is what gives this specific mineral its unique chemical composition and properties.

The structure of NaCa2Al5Si13O3614H2O, like other zeolites, allows for the reversible adsorption and desorption of water. This property makes zeolites useful in various applications, including water purification, ion exchange, and catalysis. The specific arrangement of aluminum and silicon atoms in the framework, along with the types and amounts of cations present, dictates the pore size and chemical environment, influencing its selectivity for certain molecules. Further characterization, such as X-ray diffraction, would be necessary to determine the precise crystal structure and classify it within the broader zeolite group. Research into minerals with this composition could explore their formation conditions, geological occurrences, and potential industrial uses.