Multiplicative Reverse Product Connectivity and Multiplicative Reverse Sum Connectivity of Silicate Network

,; Gowtham, Kalkere Jayanna; Husin, Mohamad Nazri; ,

doi:10.37134/ejsmt.vol10.1.10.2023

EJSMT

2023

DOI: 10.37134/ejsmt.vol10.1.10.2023

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Multiplicative Reverse Product Connectivity and Multiplicative Reverse Sum Connectivity of Silicate Network

Kalkere Jayanna Gowtham,

Mohamad Nazri Husin

Abstract: The connectivity indices are helpful to estimate the chemical characteristics of the compounds in chemical graph theory. This report introduces the multiplicative reverse product connectivity index and the multiplicative sum connectivity index of the silicate network. Further, there 2D and 3D graphical representations are plotted.

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2024

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Cited by 3 publications

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High hardness, low friction coefficient and chemical resistance are only a few of the exceptional mechanical qualities of diamond. Diamonds can be artificially created to have different levels of conductivity, or they can be single, micro or nanocrystalline and highly electrically insulating. It also has high biocompatibility and is famous for being mechanically robust. Due to its high hardness, lack of ductility and difficulty in welding, diamond is a challenging material to construct devices with. Diamonds have experienced a rise in attention as a biological material in recent decades due to new synthesis and fabrication techniques that have eliminated some of these disadvantages. In general, entropic measurements are used for investigating the chemical or biological properties of molecular structures. This study calculates several important [Formula: see text]-Banhatti entropies, redefined Zagreb entropies and atom-bond sum connectivity entropy for diamond crystals. We also present a numeric and graphical explanations of obtain indices.

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Multiplicative Reverse Product Connectivity and Multiplicative Reverse Sum Connectivity of Silicate Network

Cited by 3 publications

References 7 publications

Investigations of Entropy Double & Strong Double Graph of Silicon Carbide

Investigations of Entropy Double & Strong Double Graph of Silicon Carbide

Bicubic regression analysis a novel approach for estimation of physicochemical properties of skin cancer drugs through degree based entropy

Degree-based topological indices and entropies of diamond crystals

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