Atomic Composition and Structure Evolution of the Solid-Liquid Boundary in Al-Si System During Interfacial Diffusion and Contact Melting

Plechystyy, V.; Shtablavyi, I.; Ціж, Б.; Mudry, S.

doi:10.1007/s11669-022-00955-8

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2022

2023

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“…В даній роботі здійснено розрахунок міжфазної енергії для кремнію та деяких металів (Al, Cu, Au) використовуючи метод капілярних флуктуацій за температури близької до точки плавлення кожного з досліджених матеріалів. Для моделювання було вибрано потенціали міжатомної взаємодії, використані нами для моделювання процесу дифузійної взаємодії кремнію з моношарами металу [18][19][20].…”

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Interfacial free energy at the liquid-solid phase boundary calculated by the method of capillary fluctuations

Plechystyy¹

2022

FMMIT

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Interfacial free energy at the liquid-solid phase boundary calculated by the method of capillary fluctuations

Plechystyy¹

2022

FMMIT

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Eutectic crystallization and melting in sharp concentration gradients

Гусак

Titova²

2023

The Journal of Chemical Physics

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The initial stages of contact melting and eutectic crystallization in sharp concentration gradients between two crystalline components are studied and simulated analytically and numerically. Contact melting is shown to become possible only after the formation of some critical width of solid solutions. Crystallization in the sharp concentration gradient may lead to the formation of periodic structures in the interface vicinity. In addition, at least for the eutectic systems of Ag–Cu type, the threshold temperature should exist, under which the “precipitation + growth” mechanism of crystallization may be changed to “polymorphic crystallization with eutectic composition + subsequent spinodal decomposition.”

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Atomic Composition and Structure Evolution of the Solid-Liquid Boundary in Al-Si System During Interfacial Diffusion and Contact Melting

Cited by 2 publications

References 34 publications

Interfacial free energy at the liquid-solid phase boundary calculated by the method of capillary fluctuations

Interfacial free energy at the liquid-solid phase boundary calculated by the method of capillary fluctuations

Eutectic crystallization and melting in sharp concentration gradients

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