Diffusion in the Interface Region of Ti/TiAl-Nb Bonding
p.193
p.193
On the Kinetic Mechanism of Ga Penetration in Al Bicrystals under Small Residual Stress
p.201
p.201
On the Grain Boundary Grooving in Thin Filaments
p.213
p.213
Surface Spreading and Penetration of Liquid and Solid Ga in Thin Polycrystalline Ag Films
p.219
p.219
Role of Diffusion as a Control Stage of a Grain Boundary Liquid Grooving
p.227
p.227
Liquid Ga Penetration along Al Grain Boundaries: Effect of External Stress and Ga Undercooling
p.231
p.231
Grain Boundary Wetting in Zn Bicrystals by a Sn-Based Melt
p.235
p.235
Diffusion and Phase Transformations in Steels: a Tool for Experimentation and a Method for Modelling
p.239
p.239
Effect of Grain Boundary/Interface Network on Cavity Growth due to Atom Migration Induced by Stress and Electric Current in Polycrystalline LSI Conductor
p.247
p.247
Role of Diffusion as a Control Stage of a Grain Boundary Liquid Grooving
Abstract:
The interaction of liquid metals with solid polycrystalline metal leads to the appearance of liquid grooves at grain boundaries. The shapes of these grooves may be of a very wide variety. In this paper the typical features of different liquid grooves are presented, classified and analyzed on the base of our experimental data. The developed models confirm the dominant role of diffusion mechanisms.
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Periodical:
Defect and Diffusion Forum (Volume 249)
Pages:
227-230
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Online since:
January 2006
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© 2006 Trans Tech Publications Ltd. All Rights Reserved
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