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Spatial inhomogeneity in crystalline materials and saddle-type congruent melting points in ternary systems

П. П. ФедоровA.M. Prokhorov General Physics Institute, Russian Academy of Sciences, Moscow (Russian Federation)I. I. BuchinskayaA.V. Shubnikov Institute of Crystallography, Russian Academy of Sciences, Moscow, Russian Federaion
2012en
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Solidification of multicomponent melts to solid Solidification of multicomponent melts to solid solutions is considered in terms of thermodynamic topolog- solutions is considered in terms of thermodynamic topolog- ical analysis. The use of phase portraits of systems for ical analysis. The use of phase portraits of systems for finding congruent melting points (invariant points) is dis- finding congruent melting points (invariant points) is dis- cussed. Methods for predicting the existence of invariant cussed. Methods for predicting the existence of invariant points in ternary systems are considered. An example points in ternary systems are considered. An example analysis is presented for two series of fluoride systems analysis is presented for two series of fluoride systems (CaF (CaF2 2 -SrF -SrF2 -RF3 and SrF and SrF2 -BaF -BaF2 -RF3, where R are ,w here Ra re rare-earth elements). The stability of melt crystallization in rare-earth elements). The stability of melt crystallization in the vicinity of congruent melting singular points of solid the vicinity of congruent melting singular points of solid solutions is discussed. The bibliography includes 104 refe- solutions is discussed. The bibliography includes 104 refe- rences rences..

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