首页> 外文会议>NSTI(Nano Science and Technology Institute) Nanotechnology Conference and Trade Show(Nanotech 2004) >Computing Metallofullerenes as Agents of Nanoscience: Gibbs Energy Treatment of Ca@C_(72), Ca@C_(82), and La@C_(82)
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Computing Metallofullerenes as Agents of Nanoscience: Gibbs Energy Treatment of Ca@C_(72), Ca@C_(82), and La@C_(82)

机译:计算金属富勒烯作为纳米科学的媒介:Ca @ C_(72),Ca @ C_(82)和La @ C_(82)的Gibbs能量处理

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摘要

Three endohedral fullerene systems are simulated computationally, combining the treatments of quantum chemistry and statistical mechanics. Relative concentrations of four isomers of Ca@C_(72), nine isomers of Ca@C_(82), and four isomers of La@C_(82) are evaluated using the Gibbs energy. The results illustrate the enthalpy-entropy interplay in the systems produced under very high temperatures.
机译:通过结合量子化学和统计力学的处理,对三个内面富勒烯体系进行了计算模拟。使用吉布斯能量评估Ca @ C_(72)的四个异构体,Ca @ C_(82)的九个异构体和La @ C_(82)的四个异构体的相对浓度。结果说明了在非常高的温度下产生的系统中的焓-熵相互作用。

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