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VOLUME 88 (2008) | ISSUE 4 | PAGE 297
High-temperature solid/melt nanocomposites
PACS: 78.67.-n, 81.07.Bc
Abstract
The interfacial energy of nanomaterials can be decreased by grain boundary wetting. Most effective is grain boundary wetting by chemically compatible melt in the two-phase area of the phase diagram where the solid and melt are in equilibrium. The possibility of the thermodynamically stable solid/melt nanocomposite existence in the two-phase area of the phase diagrams where the solid and melt are in equilibrium, is shown.