The thermo-E.M.F. of an n-type silicon: assessment of the contribution due to the presence of minority carriers

Physics & Astronomy

• electromotive forces 100%
• minority carriers 81%
• minorities 58%
• silicon 41%
• thermal conductivity 40%
• majority carriers 32%
• n-type semiconductors 32%
• electrical resistivity 32%
• thermoelectric materials 29%
• charge carriers 22%

Engineering & Materials Science

• Electromotive force 98%
• Silicon 60%
• Electric Conductivity 57%
• Thermal conductivity 46%
• Electric potential 39%
• Charge carriers 39%
• Thermoelectric power 37%
• Doping (additives) 28%
• Semiconductor materials 22%

Chemistry

• Surface Recombination 79%
• Force 52%
• Thermal Conductivity 48%
• Electrical Conductivity 39%
• Thermoelectricity 28%
• Charge Carrier 24%
• Semiconductor 19%
• Length 15%