Zagreb connection topological descriptors and structural property of the triangular chain structures

Mathematical chemistry is concerned with the use of mathematics to solve the problems in chemistry. A triangular chain graph is a simple graph composed of a series of triangles. This chain is widely used in the formation of triangular cactus, boron clusters, boron triangular nanotubes, and boron nanotubes. In this paper, the first Zagreb connection index, the first modified Zagreb connection index, and the second Zagreb connection index for triangular chain structures are calculated and derived closed formulas for them. Based on the derived formulas and obtained numerical results, the physicochemical properties of these type of structures can easily be investigated.

Automated summary

Mathematical chemistry uses mathematics to solve chemistry problems. This paper calculates and derives closed formulas for the first and second Zagreb connection indices of triangular chain structures. By using these formulas and obtained numerical results, the physicochemical properties of these structures can be easily investigated.