Molecular Interpretation Of Indium Phosphate Using

Abstract

This study presents a molecular interpretation of indium phosphate using chemical graph theory and structural modeling approaches. Indium phosphate is analyzed at the molecular level by representing its atomic structure as a graph, where vertices correspond to atoms and edges correspond to chemical bonds. The research focuses on understanding the structural arrangement, bonding characteristics, and topological properties of the compound. Various molecular descriptors and topological indices are computed to capture the physicochemical behavior of the material. The study highlights how graph-theoretical techniques can be used to interpret the stability, reactivity, and electronic properties of indium phosphate, providing a mathematical framework for analyzing complex inorganic materials.