On Topological Analysis of Graphite Carbon Nitride via Degree Based Coindices.

Graphite carbon nitride is well recognized among the most important products for photocatalytic processes, such as for CO2 elimination, water isolation, water purification, and remediation of environment by the processing of organic contaminants and also have remarkable characteristics including outstanding properties of optical and good thermal and physiochemical efficiency with broad applications. Topological indices are vital devices for investigating chemical compounds to comprehend the fundamental topology of chemical structures. Here, we consider the accompanying some well-known topological coindices namely the first and second Zagreb coindices, the first and second multiplicative Zagreb coindices, and the F-coindex. We computed the calculation formulae of the coindices for graphite carbon nitride GC 3 N 4 [ m , n ]. Besides, we investigate the outcomes by MATLAB and acquire the relationship of the coindices which they portray the physcio-substance properties. [ABSTRACT FROM AUTHOR]