Numerous research suggest that the structural properties of chemical substances, medicines
and their molecular structures have a clear inherent relationship. Among the different …

For any given graph G, we say W⊆ V (G) is a resolving set or resolves the graph G if every
vertex of G is uniquely determined by its vector of distances to the vertices in W. The metric …

Graph theory plays an important role for modelling and designing chemical structures and
complex networks. Chemical graph theory is commonly used to analyse and comprehend …

Graph theory (GT) serves as a mathematical foundation that helps us to manipulate,
develop, analyze, and comprehend the chemical networks or structures and their …

Theory of networks serves as a mathematical foundation for the construction and modeling
of chemical structures and complicated networks. In particular, chemical networking theory …

The field of chemical graph theory encompasses interdisciplinary studies that utilize
mathematical methods in exploring the attributes and arrangement of chemical compounds …

Chemical graph theory is a branch of mathematical chemistry which applies classic graph
theory to chemical phenomena and entities. Graphs are extensively used in chemistry to …

We have studied topological indices of the one the hardest crystal structures in a given
chemical system, namely, M‐carbon. These structures are based and obtained by the …

The problem of determining resolving sets in graph theory has a long history, as it has many
applications in chemistry, robot navigation, combinatorial optimization and utilization of the …