The importance of hydrogen bond in a new hybrids compound

Abstract

Organic inorganic compounds constitute a vast family of hybrid materials of considerable technological importance. Indeed, due to the nature (molecular, ionic, hydrogen bonding, etc...) of organic and inorganic components, many combinations may be achieved to elaborate suitable materials, so as to exhibit some interesting crystal structure and some special properties in several areas, such as nonlinear optical (NLO), magnetism, luminescence, photography and drug delivery, etc [1]. Moreover, hydrogen bonding is of intense interest because of their widespread occurrence in biological systems. So, it is very helpful to search simple molecules allowing to understanding the configuration and the function of some complex molecules.

The hybrid compounds are rich in H-bonds and they could be used to this effect because of their potential importance in constructing sophisticated assemblies from discrete ionic or molecular building blocks due to its strength and directionality [2]. In order to enrich the varieties in such kinds of hybrid materials and to investigate the influence of hydrogen bonds on the on the structural features, they have synthesized a new compound, This kind of hydrogen bonding appears in the active sites of several biological systems and is observed in similar previously studied hybrid compounds [3, 4, 5].The combination of the organique matrix and the mineral anions allowed us to obtain original structures [6,7].

Our current domain of research consists the study of the hydrogen connections in a series of hybrids compound, To do it, we are going to use the potentialities which offers the ADF software (Amsterdam Density Functional ) to study this type chap of compounds under solid (determination of gaps, level of fermi etc……).

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