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Abstracts
Defects and Transport Properties of Metal Oxides
a.514
Characterization of Low Defect-Density Blue-Green Lasers
a.515
Linear Defects, Dislocation Self-Organization and Slip Localization in Crystals Undergoing Plastic Deformation
a.516
Formation of Dislocation Patterns
a.517
A Reaction Mechanism for the Formation of ½<111>-Type Pure Screw Dislocations on {110} and {112} Planes in the Body-Centered Cubic Lattice
a.518
Numerical 3-Dimensional Simulations of the Stress Fields of Dislocations in Face-Centered Cubic Crystals
a.519
Order-N Method for Force Calculations in Many-Dislocation Systems
a.520
Behavior of Dissociated Dislocations with Sessile Cores
a.521
Numerical Modelling of Dislocation Generation in Semiconductor Crystals during Czochralski Growth
a.522
HomeDefect and Diffusion ForumDefect and Diffusion Forum Vols. 134-135A Reaction Mechanism for the Formation of...

A Reaction Mechanism for the Formation of ½<111>-Type Pure Screw Dislocations on {110} and {112} Planes in the Body-Centered Cubic Lattice

Page: A518

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