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Conformations and Electronic Structure of Fullerene C24and C26Molecules

机译:富勒烯C24和C26分子的构象和电子结构

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The quantum mechanical investigations of fullerene C24, C26, C28molecule conformers are performed in the framework of the point set group theory and semiempirical PM3 configuration interaction and the MNDO, AMI methods. The main criterion of stability of calculated fiillerene molecules we state the lowest total energy of various isomers and conformers that appears due to the Jahn-Teller distortion. The most stable occurs C24(D6symmetry) conformation with term1A1and open shell C26(D3h) conformation with term5A1.
机译:富勒烯C24、C26、C28分子构象的量子力学研究在点集群论和半经验PM3构型相互作用以及MNDO、AMI方法的框架下进行。计算出的 fiillerene 分子稳定性的主要标准是,我们指出了由于 Jahn-Teller 畸变而出现的各种异构体和构象的最低总能量。最稳定的是 C24(D6symmetry) 构象(项 1A1)和开壳 C26(D3h) 构象(项 5A1)。

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