The low temperature thermoelectric properties of Cu_xTiSe_2-yS_y

Engineering & Materials Science

• Seebeck coefficient 71%
• Thermoelectric power 65%
• Carrier concentration 63%
• Energy gap 51%
• Doping (additives) 50%
• Substitution reactions 44%
• Thermal conductivity 40%
• Temperature 36%

Physics & Astronomy

• Seebeck effect 93%
• substitutes 71%
• thermal conductivity 70%
• electrical resistivity 56%
• temperature 26%

Chemical Compounds

• Thermoelectricity 100%
• Seebeck Coefficient 38%
• Thermal Conductivity 28%
• Band Gap 22%
• Substitution Reaction 18%