The Existence of Two Types of Colloidal Solutions of Molecules Fullerene C60

D. Schur, S. Zaginaichenko, T. Veziroglu, A. Veziroğlu, M. Gabdullin
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Abstract

The last thirty years scientists carried out an active search of universal parameter of solvent C60 for predicting the solubility of fullerenes. However, this parameter was not found up to these days. In this paper it has been found an explanation of the impossibility of detection of such parameter. In present paper the features of the solubility of fullerene C60 molecules in nonpolar solvents have been studied. The molecule state diagram of the fullerene Ði60 molecules in solution at temperatures 265A·308 Ðs and pressure range 1A·100 ÐœPа, indicating the existence field of I²- and I³-modifications, has been constructed. Moreover, it has been shown that in the solutions of fullerenes C60 in the I³-state the solubility decreases with a rise in temperature since the chemical activity of fullerene molecule increases. For this reason during extraction procedure the temperature rise causes the value of extraction rate to increase, but solubility – to decrease, i.e. to diminish the concentration of fullerenes molecules in the solvent volume.
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富勒烯C60分子两类胶体溶液的存在性
近三十年来,科学家们一直在积极寻找预测富勒烯溶解度的溶剂C60的通用参数。但是,这个参数到目前为止还没有被发现。本文找到了该参数不可能被检测到的一个解释。本文研究了富勒烯C60分子在非极性溶剂中的溶解特性。在温度265A·308 Ðs和压力1A·100 ÐœPа条件下,构建了富勒烯Ði60分子在溶液中的状态图,显示了I²-和I³-修饰的存在场。此外,在I³态的富勒烯C60溶液中,由于富勒烯分子的化学活性增加,其溶解度随温度的升高而降低。因此,在萃取过程中,温度升高导致萃取速率值升高,但溶解度降低,即溶剂体积中富勒烯分子的浓度降低。
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