VARIATIONS OF STRUCTURE MODELING METHODS AND RAMAN SPECTRAL CHARACTERISTICS FOR THE IODINE CRYSTAL

Irina D Yushina, Lyutsiya M Bulatova, Svetlana E Nasibullina, Ekaterina V Bartashevich

Abstract


On the example of the iodine crystal structure we have selected the optimal basis sets, allowing reproduction of interatomic distances and Raman spectral characteristics by 3D periodic Kohn-Sham calculations. Advantages of two approaches, taking into account the relativistic effect, have been compared: Effective Core Pseudopotentials and the Gaussian type basis set, constructed on the basis of the Douglas-Kroll-Hess approach. It has been shown that the latter approach not only correctly reproduce the experimentally observed geometric parameters of the iodine interactions and characteristics of Raman spectra, but also it reveals the electron density accumulation and depletion in the area of outermost valence shell of an iodine atom. That is directly illustrated by the Laplacian of electron density function.


Keywords


iodine crystal structure; halogen bond; Quantum Topological Analysis of Electron Density; relativistic effect; Raman scattering spectroscopy

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