Abstract Fullerenes are materials which have many applications as in the field of chemical technology as well as in the field of biochemistry and medicine. Solubility of fullerenes in different solvents has been studied many times in the field of computational chemistry. However, analysis of different approaches which able help to solve the task of prediction of solubility fullerenes remains attractive and very important direction of scientific activity. The correlation intensity index (CII) is a new criterion of the predictive potential of models. The applying of CII together with Index of Ideality Correlation (IIC) in modeling of fullerenes solubility in various solvents by the Monte Carlo method using the CORAL software (http://www.insilico.eu/coral) indicates that applying of the CII improves the predictive potential of these models. These models can be applied for systematization of ecological, biochemical, and medicinal knowledge related to applying of fullerenes. This systematization gradually becomes a factor of key importance, since the applying of the fullerenes expanded day by day.

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富勒烯 C60 和 C70：应用相关强度指数的溶解度模型

摘要 富勒烯是一种在化学技术领域以及生物化学和医学领域具有广泛应用的材料。富勒烯在不同溶剂中的溶解度在计算化学领域已被多次研究。然而，能够帮助解决溶解性富勒烯预测任务的不同方法的分析仍然是科学活动的有吸引力和非常重要的方向。相关强度指数（CII）是衡量模型预测潜力的新标准。通过使用 CORAL 软件 (http://www.insilico.eu/coral) 的 Monte Carlo 方法将 CII 与理想相关性指数 (IIC) 一起应用于富勒烯在各种溶剂中的溶解度建模表明 CII 的应用改进这些模型的预测潜力。这些模型可用于与富勒烯应用相关的生态、生化和医学知识的系统化。这种系统化逐渐成为一个关键的重要因素，因为富勒烯的应用日益扩大。