Mechanistic study of the accelerated crucible rotation technique applied to vertical Bridgman growth of cadmium zinc telluride

Keyphrases

• Cadmium Zinc Telluride 100%
• Vertical Bridgman Growth 100%
• Accelerated Crucible Rotation Technique 100%
• Mechanistic Studies 100%
• Tellurium 75%
• Growth Interface 75%
• Thermal Gradient 50%
• Undercooling 50%
• Flow Temperature 25%
• Detector Materials 25%
• Large Volume 25%
• Numerical Techniques 25%
• Growth Velocity 25%
• Temperature Gradient 25%
• Conventional Wisdom 25%
• Buoyancy-driven Flow 25%
• Bridgman 25%
• Device Performance 25%
• Morphological Instability 25%
• Monocrystalline 25%
• Micron-sized 25%
• X-ray Detectors 25%
• Interface Growth 25%
• Thermal Buoyancy 25%
• Constitutional Supercooling 25%
• Stable Growth 25%
• Gamma-ray Detectors 25%
• Growth Method 25%

Engineering

• Growth Interface 100%
• Thermal Gradient 100%
• Supercooling 66%
• Numerical Technique 33%
• Driven Flow 33%
• Device Performance 33%
• Morphological Instability 33%
• Growth Method 33%
• Produced Material 33%
• Quality Material 33%
• Monocrystalline 33%
• Growth Velocity 33%
• Constitutional Undercooling 33%
• Temperature Gradients 33%

Material Science

• Cadmium 100%
• Morphology 33%