EUROMAT 2019, Symposium C8: Interface Design and Modelling, Wetting and High-Temperature Capillarityсборник

Статьи, опубликованные в сборнике

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• • 2019 Comprehensive analysis of Grain Boundary Character Distribution — Grain Boundary Energy Distribution relationship for FCC metals
  • Vadim Korolev, Yaroslav Kucherinenko, Artem Makarevich, Boris Straumal, Pavel Protsenko
  • в сборнике EUROMAT 2019, Symposium C8: Interface Design and Modelling, Wetting and High-Temperature Capillarity, место издания ISSP RAS Черноголовка, Россия, тезисы, с. 20-20 DOI
• • 2019 Contribution of Academician Yu.V. Naidich into the field of high temperature capillarity
  • Vitaly Krasovskyy, Boris Straumal, Pavel Protsenko, Fabrizio Valenza, Simeon Agathopoulos
  • в сборнике EUROMAT 2019, Symposium C8: Interface Design and Modelling, Wetting and High-Temperature Capillarity, место издания ISSP RAS Черноголовка, Россия, тезисы, с. 3-3 DOI
• • 2019 Modelling of grain boundary complexions stability in Ni/Bi system
  • Vadim Korolev, Pavel Protsenko
  • в сборнике EUROMAT 2019, Symposium C8: Interface Design and Modelling, Wetting and High-Temperature Capillarity, место издания ISSP RAS Черноголовка, Россия, тезисы, с. 7-7 DOI
• • 2019 Non-reactive wetting of metals by liquid Ag
  • Pavel Protsenko, Vadim Korolev, Svetlana Protasova, Sergey Zhevnenko
  • в сборнике EUROMAT 2019, Symposium C8: Interface Design and Modelling, Wetting and High-Temperature Capillarity, место издания ISSP RAS Черноголовка, Россия, тезисы, с. 8-8 DOI
• • 2019 Some Factors Controlling Pressure Solution Rate
  • Vladimir Traskine, Zoya Skvortsova
  • в сборнике EUROMAT 2019, Symposium C8: Interface Design and Modelling, Wetting and High-Temperature Capillarity, место издания ISSP RAS Черноголовка, Россия, тезисы, с. 10-10 DOI
• • 2019 The role of torque terms in capillary equilibrium along triple junctions in polycrystalline copper
  • Vadim Korolev, Yaroslav Kucherinenko, Pavel Protsenko
  • в сборнике EUROMAT 2019, Symposium C8: Interface Design and Modelling, Wetting and High-Temperature Capillarity, место издания ISSP RAS Черноголовка, Россия, тезисы, с. 34-34 DOI