COMPUTING SANSKRUTI INDEX OF CERTAIN NANOTUBES

Abstract

Recently, Hosamani [8], 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 octane isomers. In this paper we compute the Sanskruti index S G of NHPX[m; n] and TUC4[m; n] nanotubes.