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通过构造C60分子间的相互作用,研究了高压下及玻璃化转变温度附近固体C60的取向状态占有概率分布及再取向的弛豫行为,所得结论均能较好地解释热导率实验中的异常现象.The distribution of the orientationally ordered structure and reorientation relaxation behavior in solid C60 at high pressure and low temperature have been investigated by using a model of the classical molecular interaction between C60 molecules.The anomalous behavior in thermal conductivity experiment can be well explained theoretically.







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