The mechanism of formation of molecular conformations in ethylene glycol

Shermatov Abubakir; Temurova Elmira; Norbutayeva Iqboloy; Abduvohidov Sherzod; Elmurzayev Oybek

The mechanism of formation of molecular conformations in ethylene glycol

Authors

Shermatov Abubakir (Science Supervisor prof.A.Jumabaev)
Temurova Elmira (Science Supervisor prof.A.Jumabaev)
Norbutayeva Iqboloy (Science Supervisor prof.A.Jumabaev)
Abduvohidov Sherzod (Science Supervisor prof.A.Jumabaev)
Elmurzayev Oybek Samarkand State University of Uzbekistan. 2Uzbek–Finnish Pedagogical Institute

Keywords:

Conformation, interaction energy, charge distribution

Abstract

In this work, 4 different tTt, tGg', gTg' and gGg` conformations of the ethylene glycol (EG) molecule were studied using quantum chemical calculations and the method of B3LYP//6-311++G(d, p). Using the calculation, the optical and geometric parameters of the conformations were determined, and at the same time, the change in the shape of the O-H vibration band was analyzed in the conformations.

Downloads

Published

2023-12-21

How to Cite

Shermatov Abubakir, Temurova Elmira, Norbutayeva Iqboloy, Abduvohidov Sherzod, & Elmurzayev Oybek. (2023). The mechanism of formation of molecular conformations in ethylene glycol. Global Scientific Review, 22, 256–261. Retrieved from http://scienticreview.com/index.php/gsr/article/view/337