首页> 外文会议>Seminar on new trends in research of energetic materials >Modeling of the crystal structure of multifurazan compounds by the example of bifurazano3,4-b:3', 4'-f furoxano3', 4'-doxacycloheptatriene (BFFO)
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Modeling of the crystal structure of multifurazan compounds by the example of bifurazano3,4-b:3', 4'-f furoxano3', 4'-doxacycloheptatriene (BFFO)

机译:二脲化合物的晶体结构建模3,4-B:3',4'-F呋喃甲基3“,4”-D“氧化丙烯(BFFO)

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Modeling of the crystal structure of bifurazano[3,4-b:3',4'-f]furoxano[3" ,4"-d] o.xacycloheptatriene (BFFO) has been carry out using the original technique of optimized point charges approximation of the molecular electrostatic potential (MEP) obtained from ab initio calculations. The best models were used to calculate the crystal packing of the molecules within the framework of AAP method with the refined parameters of Lennard-Jones potential ("6-12"). The optimal packing and density of molecular crystal of BFFO) have been determined.
机译:二呋唑晶体结构的建模[3,4-B:3',4'-F]呋喃喃甲基[3“,4”-D“o.xcycloheptatriene(BFFO)使用原始技术的优化点收费进行从AB初始计算中获得的分子静电电位(MEP)的近似值。最佳模型用于计算AAP方法框架内的分子的晶体包装,具有Lennard-Jones潜力的精致参数(“6-12”)。已经确定了BFFO的分子晶体的最佳填料和密度。

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