Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

ZAGREB CONNECTION INDICES ON POLYOMINO CHAINS AND RANDOM POLYOMINO CHAINS

View through CrossRef
In this manuscript, we delve into the exploration of the first and second Zagreb connection indices of both polyomino chains and random polyomino chains. Our methodology relies on the utilization of Markov chain theory. Within this framework, the article thoroughly examines precise formulas and investigates extreme values. Leveraging the derived formulas, we further explore and elucidate the long-term behavior exhibited by random polyomino chains.
Title: ZAGREB CONNECTION INDICES ON POLYOMINO CHAINS AND RANDOM POLYOMINO CHAINS
Description:
In this manuscript, we delve into the exploration of the first and second Zagreb connection indices of both polyomino chains and random polyomino chains.
Our methodology relies on the utilization of Markov chain theory.
Within this framework, the article thoroughly examines precise formulas and investigates extreme values.
Leveraging the derived formulas, we further explore and elucidate the long-term behavior exhibited by random polyomino chains.

Related Results

ZAGREB CONNECTION INDICES ON POLYOMINO CHAINS AND RANDOM POLYOMINO CHAINS
ZAGREB CONNECTION INDICES ON POLYOMINO CHAINS AND RANDOM POLYOMINO CHAINS
In this manuscript, we delve into the exploration of the first and second Zagreb connection indices of both polyomino chains and random polyomino chains. Our methodology relies on ...
A Statistical Comparison between Zagreb indices for correlation with toxicity predictions of natural products
A Statistical Comparison between Zagreb indices for correlation with toxicity predictions of natural products
Graph theory had wide applications in developing in silico tools and it is widely used to calculate topological indices to establish structural activity relations of chemicals/comp...
Computing Topological Indices and Polynomials for Line Graphs
Computing Topological Indices and Polynomials for Line Graphs
A topological index is a number related to the atomic index that allows quantitative structure–action/property/toxicity connections. All the more vital topological indices correspo...
Reverse Zagreb and Reverse Hyper-Zagreb Indices for Crystallographic Structure of Molecules
Reverse Zagreb and Reverse Hyper-Zagreb Indices for Crystallographic Structure of Molecules
In the fields of chemical graph theory, topological index is a type of a molecular descriptor that is calculated based on the graph of a chemical compound. Topological indices help...
Connection-Based Zagreb Indices of Polycyclic Aromatic Hydrocarbons Structures
Connection-Based Zagreb Indices of Polycyclic Aromatic Hydrocarbons Structures
Background:: Topological indices (TIs) are mathematical formulas that are applied in mathematical chemistry to predict the physical and chemical properties of various chemical stru...
Hyper Zagreb indices of composite graphs
Hyper Zagreb indices of composite graphs
For a (molecular) graph, the first Zagreb index M1 is equal to the sum of squares of the degrees of vertices, and the second Zagreb index M2 is equal to the sum of the products of ...
Kirchhoff Index and Additive Kirchhoff Index Based on Multiplicative Degree for a Random Polyomino Chain
Kirchhoff Index and Additive Kirchhoff Index Based on Multiplicative Degree for a Random Polyomino Chain
Several topological indices are known to have widespread implications in a variety of research areas. Over the years, the Kirchhoff index has turned out to be an extremely signific...

Back to Top