3454 Chemical Reviews, 2003, Vol. 103, No. 9 Randic will show that graph theoretically
calculated ring resonance energies in benzenoid hydrocarbons (that parallel Clar's notion of …

To better handle real-world uncertainty, concepts such as fuzzy sets, neutrosophic sets,
rough sets, and soft sets have been introduced. For example, neutrosophic sets, which …

Interval graphs represent vertices as intervals on the real line, with edges denoting
overlapping intervals, while proper interval graphs prevent one interval from being fully …

During 1974/75, after spending a year at Harvard as a faculty guest, I was visiting Tufts
University in Medford Massachusetts (a part of Boston area) where I came to consider the …

Configurations can be studied from a graph-theoretical viewpoint via the so-called Levi
graphs and lie at the heart of graphs, groups, surfaces, and geometries, all of which are very …

This book covers the basic aspects of mathematical chemistry involving chemical graph
theory, with special emphasis and reference to the work of Prof. Milan Randić. It presents the …

We have revisited the Szeged index (Sz) and the revised Szeged index (Sz∗), both of which
represent a generalization of the Wiener number to cyclic structures. Unexpectedly we found …

Spongy carbon nanostructures, also called schwarzites, have been synthesized. They
consist of highly connected covalent networks, periodic in the three dimensions of Euclidean …

Sažetak A map M is a combinatorial representation of a closed surface. Convex polyhedra,
starting from the Platonic solids and going to spherical fullerenes, can be operated to obtain …

The well-known Petersen graph G (5, 2) admits a semi-regular automorphism α acting on
the vertex set with two orbits of equal size. This makes it a bicirculant. It is shown that …