Topological Relationship Between Wiener Index in contrast to the Energy and Electric Moments in TUVC6I2p, ill with Same Circumference and Various Lengths

Abstract

Topological indices are one of the oldest and most widely used descriptors in Quantitative Structure<br />Properties Relationvhips (QSPR). Amongst the topological indices used a,s descriptors in QSPIC., the Wiener<br />index is by far the most popular index. as it has been shown that the Wiener index has a strong correlation<br />with the chemical propenies of the compound.<br />In this study, the relationship between some of the Wiener index in contrast to the electric moments and<br />energy (klma]) of some armchair polyher. carbon nanotubes ThAter[2p, g] with same circumference [216<br />and various length [g] an: presented. The results are performed by use of the Gaussian 98 program P the<br />Restricted Hamee-fock RUE) levels with the 3-210 basis set.