Innovative Multiplicative Connectivity of Poly-ether Ketone, Poly-ether Ketone Ketone, and Poly-ether Ether Ketone
DOI:
https://doi.org/10.48165/jmmfc.2025.2202Keywords:
Connectivity index, Polyether ketones, Randic index, Modeling properties, Mathematical ModelAbstract
Organic chemistry constantly pushes the boundaries by synthesizing new molecules each year. However, before these compounds can be practically used, rigorous testing is needed to understand their characteristics. This process can be expensive and time-consuming, requiring specialized laboratory equipment, chemicals, and personnel. To address these challenges, mathematical models are increasingly used to predict the properties of compounds theoretically. In this study, we focus on polyether ketones (PEKs), calculating their atom bond connectivity (ABC) and examining their sum-connectivity and multiplicative-connectivity indexes. Our results show that PEKs exhibit notably high atom bond connectivity, which could have promising implications for their use in material science and other advanced applications.
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