COMPUTING SANSKRUTI INDEX OF CERTAIN NANOTUBES

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 [TUC.sub.A][m, n] nanotubes.Keywo...

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Bibliographic Details
Published in:TWMS journal of applied and engineering mathematics 2018-12, Vol.8 (2), p.477
Main Authors: Shigehalli, V, Kanabur, R
Format: Article
Language:English
Subjects:
Bonds (Securities)
Graph theory
Isomers
Mathematical research
Nanotubes
Online Access:Get full text
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Summary: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 [TUC.sub.A][m, n] nanotubes.Keywords: Molecular graph, H-Naphtalenic nanotube, [TUC.sub.4][m, n] nanotube, Sanskruti index.AMS Subject Classification: 05C90
ISSN:2146-1147
2146-1147