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Buoyant and rotational flows during acrt vertical bridgman crystal growth
Jeffrey J. Derby
, Andrew Yeckel
Chemical Engineering and Materials Science
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Keyphrases
Solid-liquid Interface
100%
Bridgman Crystal Growth
100%
Buoyancy-driven Flow
100%
Vertical Bridgman Method
100%
Rotating Flows
100%
Crucible Rotation
100%
Heat Transfer
50%
High Pressure
50%
Cadmium Zinc Telluride
50%
Sidewall
50%
Melt Blending
50%
Deflection
50%
Large Diameter
50%
Melt Convection
50%
Time-dependent Simulation
50%
Interface Shape
50%
Vertical Bridgman Growth
50%
Zinc Segregation
50%
Crystal Growth Dynamics
50%
Engineering
Side Wall
100%
Axisymmetric
100%
Interface Shape
100%
Improve Mixing
100%
Rotational Flow
100%
Crystal Growth Dynamics
100%
Material Science
Liquid Interface
100%
Crystal Growth
100%
Zinc
50%
Cadmium
50%
Crystal Growth Dynamics
50%