Coarse-Grained Atomistic Simulations of Dislocations in Al Ni and Cu Crystals.
Abstract not provided.
Xiong, Liming↗
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Results for “Dislocation”
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Dissociated (1/3)%253C01-11%3E dislocations in Bi2Te3 and their relationship to 7-layer stacking defects.
Abstract not provided.
Medlin, Douglas L.↗
Towards Dislocation-Free ZnCdTe Solar Cells Through Nanoscale Crystal Growth And Compositional Grading.
Abstract not provided.
Cruz-Campa, Jose Luis↗
New Predictions and Experiments towards Dislocation-Free CdTe/CdS-Based Solar Cells.
Abstract not provided.
Zhou, Xiaowang↗
A High-Fidelity Molecular Dynamics Approach for Studying Dislocations in Cd1-xZnxTe Crystals.
Abstract not provided.
Zhou, Xiaowang↗
Simulations of bcc tantalum screw dislocations: understanding why classical inter-atomic potentials predict {112} slip.
Abstract not provided.
Zimmerman, Jonathan A.↗
Temperature and Strain Rate Effects on the Dislocation Plasticity of BCC Transition Metals.
Abstract not provided.
Lim, Hojun↗
Measurement and prediction of dislocation density development during plastic deformation
Abstract Not Provided
36 MATERIALS SCIENCE↗
Development of Atomistically Informed Interface Dislocation Dynamics for Layered Composites
Abstract Not Provided
Materials Science(36)↗
Temperature and Strain Rate Effects on the Dislocation Plasticity of BCC Transition Metals.
Abstract not provided.
Lim, Hojun↗
Emergence of the Theoretical Strength Limit from Homogeneous Dislocation Nucleation in Ultra-twinned Gold Nanowires.
Abstract not provided.
Wang, Jiangwei↗
Atomic Scale Investigation of Interfaces and Dislocations in Telluride-Based Thermoelectric Materials.
Abstract not provided.
Medlin, Douglas L.↗
Incorporation of dislocation climb in crystal plasticity models
Abstract Not Provided
36 MATERIALS SCIENCE↗
Method of fabricating low-dislocation-density epitaxially-grown films with textured surfaces
A method for forming a surface-textured single-crystal film layer by growing the film atop a layer of microparticles on a substrate and subsequently selectively etching away the microparticles to release the surface-textured single-crystal film layer from the substrate. This method is applicable to a very wide variety of substrates and films. In some embodiments, the film is an epitaxial film that has been grown in crystallographic alignment with respect to a crystalline substrate.
75 CONDENSED MATTER PHYSICS, SUPERCONDUCTIVITY AND↗