Topological Characterization for Triangular, Regular Triangular Oxides and Silicates Networks.

Khalifa, Tarek; Ali, Nawaf; Rafaqat, Muhammad; Aftab, Muhammad Haroon; Kanj, Hassan; Alakkoumi, Mouhammad; Jebreen, Kamel

Chemical graph theory can be studied with the aid of mathematical tools called mpolynomials. M-Polynomials offer a potent tool for computing different topological indices associated with vertex degrees and analyzing degree-based structural information in graphs. By counting specific substructure types within them, they are able to encode information about the structure of molecules or networks. In this article, we have developed M-Polynomials with the help of different topological invariants such as first Zagreb (M1(β)), second Zagreb (M2(β)), second modified Zagreb (Mm2 (β)), inverse sum (I(β)), harmonic index (H(β)) and Randic index (Rα0 (β)) for the molecular structures of Triangular oxide TOX(r), Regular triangular oxide RTOX(r), Triangular silicate TSL(r) & Regular triangular silicate RTSL(r) networks to introduce new closed formulas to get better understanding the applications of M-Polynomials and topological indices in mathematical chemistry especially in the field of QSAR and QSPR study with the help of some software like MATLAB. We have also discussed the graphical behaviors of the above-mentioned structures.

MOLECULAR connectivity index; TOPOLOGICAL degree; MOLECULAR structure; MOLECULAR graphs; GRAPH theory

European Journal of Pure & Applied Mathematics, 2024, Vol 17, Issue 3, p2106

1307-5543

Academic Journal

10.29020/nybg.ejpam.v17i3.5324