Solid-state synthesis of Mg₂Si_1-xY_x(Y=Ge and Sn) thermoelectric materials via bulk mechanical alloying

Physics & Astronomy

• thermoelectric materials 82%
• alloying 64%
• solid state 54%
• synthesis 52%
• Seebeck effect 50%
• thermal conductivity 38%
• electrical resistivity 30%
• hot pressing 27%
• room temperature 27%
• magnesium 23%
• figure of merit 23%
• thermal analysis 23%
• solid solutions 19%
• temperature dependence 15%
• temperature 14%

Chemical Compounds

• Mechanical Alloying 88%
• Thermoelectricity 81%
• Seebeck Coefficient 61%
• Thermal Conductivity 46%
• Electrical Conductivity 37%
• Figure of Merit 27%
• Ambient Reaction Temperature 27%
• Solid Solution 20%
• Magnesium Atom 20%
• Chemical Element 18%
• Mixture 10%

Engineering & Materials Science

• Mechanical alloying 100%
• Seebeck coefficient 46%
• Electric Conductivity 32%
• Temperature 29%
• Thermal conductivity 26%
• Conductive materials 19%
• Differential thermal analysis 18%
• Hot pressing 16%
• Solid solutions 16%
• Magnesium 15%
• Powders 11%