Comparative Study of Y-Junction Nanotubes with Vertex-Edge Based Topological Descriptors

Abstract

The current results of various forms of carbon nanostructures and its applications in different areas attract the researchers. In pharmaceutical, medicine, industry and electronic devices they used it by its graphical invariants. The detection of different types of carbon nanotubes junctions enhanced the attention and interest for forthcoming devices like transistors and amplifiers. A topological index plays a very important role in the study of physicochemical properties of biological and chemical structures. In this paper, we determine results of v e -degree topological indices for various type of carbon nanotubes Y -junctions and their comparisons. The particular indices called as The first v e -degree Zagreb β index, the second v e -degree Zagreb index, v e -degree Randic index, v e -degree atom-bond connectivity index, v e -degree geometric-arithmetic index, v e -degree harmonic index and v e -degree sum-connectivity index.