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THEORY OF THERMOELECTRIC DEVICES
THERMOELECTRIC PROPERTIES OF SEMI
6 other sections not shown
a. f. ioffe absolute Seebeck coefficient alloys antimony telluride apparatus bismuth selenide bismuth telluride carrier concentration carrier mobility cascade cent charge carriers classical statistics coefficient of performance cold junction compounds conductor contacts cooling unit couple crystal direct current effective mass efficiency electrical conductivity electrons and holes elements employed energy gap equal Fermi level Fermi potential figure of merit fins frequency phonons goldsmid hole mobility hot junctions impurities ingot Joule heating Kelvin relations kinetic energy lattice component lattice thermal conductivity lead selenide lead telluride maximum value mean atomic weight measured metal n-type obtained Peltier coefficient Peltier effect perature phonon-drag phonons Phys potential difference ratio room temperature sample scattering Seebeck coefficient semi semiconductor Semiconductor Thermoelements shown in figure solid solution Tekh temperature gradient thermal conductivity thermal resistances thermo thermocouples thermoelectric applications Thermoelectric Cooling thermoelectric effects thermoelectric materials thermoelectric properties thermoelectric refrigerator Thomson tion valence Zhur zone-melting