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Hydrothermal Crystallization of Divalent-Metal and Bismuth Titanates inert component (titanium dioxide) in fluoride melts, which have revealed the optimum conditions for hydrothermal titanate crystallization. Measurements on the stability and recrystallization of titanates in various media show that divalent-metal and bismuth titanates can grow under hydrothermal co

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ENACT

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Gleason-score

Macroscopic Theory of Crystallization from a Melt with Capillary Shaping: Verneuil’s Methodary constant. A stability analysis defines the optimal growth conditions for large crystals together with the control laws for the charge consumption in growing large crystals of given cross section in an automated process. A stability analysis is also made for growing tubes by Verneuil’s method. Th

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Quaternary Semiconducting-Compound Solid Solutionsical features of liquid-phase epitaxy for these materials, and structural defects in the epitaxial films. Prospects are noted for using such epitaxial structures for optoelectronic devices working over a wide spectral range.

Favorable

Nucleation Theory for Binary Systemsation may not involve critical nuclei in a binary system. A regular procedure has been devised for considering nucleation and diffusion together. An approximate expression is derived for the nucleation rate, which incorporates diffusion in the initial phase.

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Hydrothermal Crystallization of Divalent-Metal and Bismuth Titanatesnts on the stability and recrystallization of titanates in various media show that divalent-metal and bismuth titanates can grow under hydrothermal conditions in weakly alkaline fluoride solutions above 550°C. Single crystals of various titanates have been made and their physical properties have been examined.