High Temperature Semiconductors for Thermoelectric Conversion |
Common terms and phrases
accurate agree ascribed Atomic attributed avoid cracking block CALIFORNIA Ce-S and Th-S Ce-S SAMPLE charge compared compounds conductivity measured conventional techniques crucible Cutler Data taken decay determined developed differ dissipates ductivity efficiency electrical error evaluated excess Figure Francl frozen function GaSb give heat high temperatures impurities increasing temperature indicate InSb intensive study interaction involved Kingery known LABORATORY lattice lead loss lower machine Measurements of thermal mechanism melted method molybdenum wire n-type obtained ohmic contact parameters perature permit phase point contacts preparation probe procedure Progress pulse pumping rapidly rare rate of freezing readily reference Report requires room temperature Seebeck potential semiconductor materials show sufficient shown significant small-area small-area-contact technique soldered stainless steel standard strength sulfides sulfur Table term tested Th-S semiconductor thermal conductivity thermal current THERMOELECTRIC CONVERSION transport unknown usually very difficult values derived volt voltage watt/cm-C Westinghouse y/aT