On Structural Analysis of Metal Organic Networks Using Topological Indices

Metal organic networks (MONs) have played a fundamental structural role in the power sector in the recent years. The investigation of MON construction and formation from different views give us the various uses and benefits in the constructive areas of different fields. The Formation of MONs due to wide changes in metal and organic molecules is popular among the scientist due to their various properties in the different fields. The MON structure has an ability to store the extensive amount of energy due to its core that consists of hydrogen, carbon and many more. The quantitative structure analysis relation and quantitative structure and property relation (QSAR/QSPR) of MONs show the structural feasibility of this chemical compound. Topological indices (TIs) provide the basic and structural information such as melting points, boiling points, chemically stability, pressure, chemical reaction and numerous other fundamental properties. In this paper, we examine the results of different TIs that are degree based for the two different core structures and expansion of MONs.