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Abstracts
Investigations of Pipe-Diffusion-Based Dislocation Climb
a.14
Epitaxial Growth with Ehrlich–Schwoebel Barrier
a.15
Two-Dimensional Nucleation Limited by Slow Diffusion
a.16
Lateral Diffusions on Fluctuating Interfaces
a.17
Creep Rate Induced by Interface Diffusion in Particulate Composites
a.18
Modeling Diffusion Limitation in Solid-Oxide Fuel Cells
a.19
Revisiting Surface Diffusion in Random Deposition
a.20
Photostimulated Diffusion of Adatoms on Ion-Covalent Crystal Surfaces
a.21
Self-Consistent Model of Nanowire Growth with Adatom Diffusion
a.22
HomeDefect and Diffusion ForumDefects and Diffusion Theory and Simulation IIICreep Rate Induced by Interface Diffusion in...

Creep Rate Induced by Interface Diffusion in Particulate Composites

Page: A18

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