Topological Indices on Line Graphs of Titania Nanotube ð ‘‡ð ‘ ð ‘‡3 and Connection Number of Titania Nanotube ð ‘‡ð ‘ ð ‘‡3 Graph

Abstract

This research attempts to apply topological indices to Titania Nan otube line graphs based on degree to drive the chemical structures of titania nanitube. In recognition of the variety of their applications, the exploration of graphs through chemicals has captivated the at tention of multiple scholars worldwide. For these chemical graphs, we calculate a number of neighborhood degree based topological in dices, including first zagreb index, second zagreb index, hyper zagreb index, redefined third zagreb index, general sum-connectivity in dex, general randic-connectivity index and their polynomials. These topological indices involved with the drug’s molecular structure and related biological, medicinal, pharmacological, and chemical attributes. We are able to develop a mathematical model utilising these neigh bourhood degree-based topological indices, and then we can calcu late physical characteristics from the structure of the mod