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The thermoelectric and transport properties of a Fe3O4/SiO2/p-Si(100)heterostructure have been investigated between 100 and 300 K. Both Hall andSeebeck coefficients change sign from negative to positive with increasingtemperature while the resistivity drops sharply due to tunneling of carriersinto the p-Si(100). The low resistivity and large Seebeck coefficient of Sigive a very high thermoelectric power factor of 25.5mW/K2m at 260K which is anunderestimated, lower limit value and is related to the density of states anddifference in the work functions of Fe3O4 and Si(100) that create anaccumulation of majority holes at the p-Si/SiO2 interface

Very high thermoelectric power factor in a Fe3O4/SiO2/p-type Si(100)heterostructure