Experimenting with hot isostatically pressed (HIP) nano grained bismuth-telluride-based alloys

Keyphrases

• P-type 100%
• Bismuth Telluride 100%
• Spark Plasma 100%
• Nanograins 100%
• Compaction 50%
• Argon Atmosphere 50%
• Mechanical Alloying 50%
• Electrical Conductivity 50%
• Carrier Mobility 50%
• Alloy Composition 50%
• Carrier Concentration 50%
• Hot Isostatic Pressing 50%
• Grain Growth 50%
• Seebeck Coefficient 50%
• Copper Cylinder 50%
• Sintered Sample 50%
• Inert Atmosphere 50%
• Compacted Material 50%
• Concentration Coefficient 50%
• Thermoelectric Alloys 50%

INIS

• alloys 100%
• bismuth tellurides 100%
• comparative evaluations 66%
• plasma 66%
• powders 66%
• concentration 33%
• atmospheres 33%
• copper 33%
• argon 33%
• carriers 33%
• electrical conductivity 33%
• carrier mobility 33%
• cylinders 33%
• grain growth 33%
• hot isostatic pressing 33%
• inert atmosphere 33%

Material Science

• Carrier Mobility 100%
• Bismuth 100%
• Thermoelectrics 50%
• Carrier Concentration 50%
• Mechanical Alloying 50%
• Hot Isostatic Pressing 50%
• Electrical Conductivity 50%
• Materials Class 50%
• Phase Composition 50%