On Sanskruti Index of the Line Graphs of Certain Nanostructures

In QSAR/QSPR study, topological indices are utilized to guess the bioacitivity of chemical compounds. Hosamani [11], has studied a novel topological index, namely the Sanskruti index S(G) of a molecular graph G. The Sanskruti index S(G)shows good correlation with entropy of an octane isomers. In this paper we compute the Sanskruti index S(G)of line graphs of V- Phenylenic nanotubes, V-Phenylenic nanotorus, H- Naphtalenic nanotubes and H-Naphtalenic nanotorus.