SOLUBILITY IN QUATERNARY SYSTEM С60(ОН)24 – NdCl3 – PrCl3 – H2O AT 25°С

Polina V. Malysheva, A. A. Gur’eva, V. P. Germán, V. A. Keskinov, Andrey I. Fisher, N. Kulenova, Botagoz K. Shaymardanova1, N. Charykov, A. A. Blokhin, M. A. Sadenova, L. V. Shushkevich, D. Letenko
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Abstract

The solubility diagram of the quaternary system С60(ОН)24 – NdCl3 – PrCl3 – H2O and its ternary subsystems at 25°C was studied by the method of isothermal saturation in ampoules. In systems С60(ОН)24 – NdCl3 – PrCl3 – H2O and NdCl3 – PrCl3 – H2O isovalent substitution solid solutions crystallize with the miscibility gap (PrCl3)х(NdCl3)1-х•6H2O and (PrCl3)х(NdCl3)1-х•7H2O. In all systems there is one non-invariant point of the eutonic type corresponding to the saturation of the solution with two solid phases in the ternary subsystems and three solid phases in the quaternary system
采用等温饱和安瓿法研究了四元体系С60(ОН)24 - NdCl3 - PrCl3 - H2O及其三元体系在25℃时的溶解度图。在С60(ОН)体系中,24 - NdCl3 - PrCl3 - H2O和NdCl3 - PrCl3 - H2O等价取代固溶体以混相间隙(PrCl3) _ (NdCl3) _ (NdCl3) _ (NdCl3) _ (NdCl3) _ (NdCl3) _ (NdCl3) _ (NdCl3) _ (NdCl3) _ (NdCl3) _ (NdCl3) _ (NdCl3) _ (NdCl3) _ (NdCl3) _ (NdCl3) _ (NdCl3) _ (7H2O) _结晶。在所有的体系中都有一个非恒定的等介子型点,对应于三元体系中两个固相和四元体系中三个固相的溶液的饱和
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