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May 30, 2026Filomat0 citationsOpen Access

Maximal matching polynomials of phenylene and benzenoid chains

HCHanlin ChenYZY.P. Zhang

Key Points

  • The research aims to develop formulas for calculating maximal matching polynomials in specific chain structures.
  • Utilized the transfer matrix technique to derive formulas for maximal matching polynomials.
  • Calculated computational formulas for the number of maximal matchings in phenylene and benzenoid chains.
  • Evaluated expected values of maximal matchings for random phenylene and benzenoid chains.
  • Formulas for maximal matching polynomials of phenylene and benzenoid chains were successfully established.
  • Computational formulas for counting maximal matchings were derived, showcasing their combinatorial nature.
  • Expected values of maximal matchings in random chains were quantified, providing insights into their behaviors.

Abstract

A matching in a graph refers to a collection of edges where no two edges share common endpoints. A maximal matching (MM) of a graph is defined as a matching such that it is impossible to add any more edges to it within the graph to form a larger matching. The maximal matching polynomial (MMP) of a graph is the generating polynomial for the number of MMs of each size. In this article, through the employment of the transfer matrix technique, we first present formulas for calculating the MMPs of phenylene and benzenoid chains. Subsequently, computational formulas for the number of MMs of phenylene and benzenoid chains are derived. Moreover, we determine the expected values of the number of MMs for random phenylene and benzenoid chains.

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Cite This Study

Chen et al. (2025) studied this question.

synapsesocial.com/papers/6a1a7f410307b785094318e9https://doi.org/10.2298/fil2533981c
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