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Theorical calculations on nonlinear optical properties of choline chloride- urea deep eutectic solvent

机译:胆碱氯化丙氨酸脲深对共晶溶剂的非线性光学性质的理论计算

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In the present work, we show the results of theoretical calculations of nonlinear optical properties of choline chloride - urea deep eutectic solvent mixture. Deep eutectic solvents are a novel kind of solvents with similar properties to classic ionic liquids but with advantages like been easy to prepare and biodegradable. We had obtained the most stable structure using DFT optimization with M06-2X/6-311G(d,p). Then their static and dynamic (at 477 nm) first and second order hyperpolarizabilities were obtained. These results were used to estimate the third order nonlinear susceptibility showing that this solvent is promising for nonlinear optics-related application.
机译:在本作工作中,我们展示了胆碱氯化丙氨酸脲深对共晶溶剂混合物的非线性光学性质的理论计算结果。 深度共晶溶剂是一种新型溶剂,具有与经典离子液体相似的性质,但具有易于制备和可生物降解的优点。 我们使用使用M06-2X / 6-311G(D,P)使用DFT优化获得了最稳定的结构。 然后,获得了它们的静态和动态(在477nm)的第一和二阶超积极性。 这些结果用于估计第三阶非线性易感性,所述三阶非线性易感性表明该溶剂对非线性光学相关应用有前途。

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