On Reverse Degree Based Topological Indices of Polycyclic Metal Organic Network

Abstract

In this article we discuss the reverse degree based topological indices for planar metal-organic networks like transition metal (TM) of the three-dimensional series such as: Ti, V, Cr, or Zn, phthalocyanine, and tetracyanobenzene (TCNB) as free-standing sheets. In distinction, the TM-TCNB networks are metallic at least in one revolutionary orientation and demonstrate long-range ferromagnetic connect in case for magnetic erection, which illustrate ideal entrant and a stimulating prospect of unequaled applications in spintronics. Topological indices are numerical variables of a graph which describe its topology and are usually graph invariant. We have computed the reverse degree based topological indices like the reverse general Randic index, the reverse Balaban index, the reverse atom bond connectivity index, the reverse geometric index, the reverse Zagreb type indices, and the reverse augmented Zagreb index for this metal-organic networks TM-TCNB.