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The push-plull organic materials are attracting a growing interest for their flexibility in synthesis and their technological implementation. The excitement of these materials under the effect of an electric field us allows to easily track the intramolecular charge transfer and distribution of electron cloud in the molecular unit. Different theoretical calculations are exploited to determine the coefficient of first order hyperpolarizabilities beta. Looking at the parameters which will influence this phenomenon and increasing the values of beta in the model of push-pull the organic compounds.

Produktbeschreibung
The push-plull organic materials are attracting a growing interest for their flexibility in synthesis and their technological implementation. The excitement of these materials under the effect of an electric field us allows to easily track the intramolecular charge transfer and distribution of electron cloud in the molecular unit. Different theoretical calculations are exploited to determine the coefficient of first order hyperpolarizabilities beta. Looking at the parameters which will influence this phenomenon and increasing the values of beta in the model of push-pull the organic compounds.
Autorenporträt
Boutaleb Miloud is Professor at Moulay Taher University of Saida, Algeria. He is a Doctor in Physical Chemistry Science, member of the Doctoral Training Committee in Physics of Radiation and Researcher Teacher in the Chemistry Department at the same University. Author is a reviewer at a journal of scientific research.