This study examines phonon drag's role in altering the Seebeck coefficient with temperature in SiC, suggesting theoretical modeling for better understanding.
The Seebeck coefficient study in 4H- and 6H- is presented. The Seebeck coefficient steeply increases with decreasing temperature. This behavior is assigned to the phonon drag effect. An approach to the theoretical modeling of the phonon drag effect is discussed and simulation of the Seebeck coefficient temperature-dependence is displayed.
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