Zigzags and Rectangular of the Two Dimensional  Coronene Fractal by Revan Topological Indices

Muhammad Asif Javed; A. Q. Baig; Mukhtar Ahmad Mukhtar; Yuhani Binti Yusof; Muhammad Kaleem; Ather Qayyum

doi:10.5269/bspm.76668

Muhammad Asif Javed Department of Mathematics, University of Southern Punjab Multan, Pakistan.
A. Q. Baig School of New Energy and Intelligent Networked Automobile, China
Mukhtar Ahmad Mukhtar Khawja Fareed University of Engineering and Information Technology Rahim Yar Khan
Yuhani Binti Yusof Department of Mathematics, Universiti Malaysia Pahang Al-Sultan Abdullah Malaysia
Muhammad Kaleem Department of Mathematics, University of Southern Punjab Multan, Pakistan.
Ather Qayyum Department of Mathematics, University of Southern Punjab Multan, Pakistan.

Abstract

Molecular fractals are geometric structures that exhibit self-similarity across multiple scales and are generated through the iterative repetition of a fundamental unit. The natural patterns found in benzenoid compounds provide valuable insights for analyzing the structural and functional properties of these fractals. This study focuses on computing degree-based topological indices, speci cally the Revan topological indices, for zigzag Coronene Fractal Structures and rectangular coronene fractals. These indices play a crucial role in characterizing the structural properties of coronene fractals. Additionally, a compatibility analysis was conducted to evaluate the interrelations among di erent topological indices. The ndings of this research contribute to a deeper understanding of molecular topology and hold signi cance for various scienti c elds, including materials science, nanotechnology, and theoretical chemistry.

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