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首页> 外文期刊>International Journal of Quantum Chemistry >Modified Genetic Algorithm to Model Crystal Structures:III.Determination of Crystal Structures Allowing simultaneous Molecular Geometry Relaxation
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Modified Genetic Algorithm to Model Crystal Structures:III.Determination of Crystal Structures Allowing simultaneous Molecular Geometry Relaxation

机译:改进的遗传算法对晶体结构进行建模:III。确定同时允许分子几何弛豫的晶体结构

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摘要

The modified genetic algorithm (MGAC)has been extended to allow simultaneous relaxation of molecular geometry during optimization of the crystalline structure.The method was applied to L-alanine and DL-alanine for two different potential functions.The genetic algorithm was alwas able to find minima that are likely global minima of the crystalline potential,showing good agreement with the experimental structures.for DL-alanine MGAC located the experimental crystalline structure but also consistently founda different low-energy crystalline structure that it is an excellent candidate for a polymorph.
机译:扩展了改进的遗传算法(MGAC),以允许在晶体结构优化过程中同时放松分子几何结构。该方法应用于L-丙氨酸和DL-丙氨酸具有两个潜在功能,该遗传算法能够找到极小值可能是晶体势的全局极小值,与实验结构很好地吻合。对于DL-丙氨酸,MGAC定位了实验晶体结构,但也始终发现了一种不同的低能晶体结构,它是多晶型物的极佳候选者。

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