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On the Thermoelectric Power of Stabilized Zirconia

S. Pizzini, Carla S. Riccardi, Verena Wagner, Cesare Sinistri

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Abstract

Abstract Thermoelectric power of stabilized zirconia, at different CaO and MgO concentrations within the cubic phase, has been measured. The results show a concentration dependence of the thermoelectric power which is preliminarly discussed. The homogeneous part of the thermoelectric power, moreover, is discussed with the classical approach of irreversible thermodynamics.

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Abstract Thermoelectric power of stabilized zirconia, at different CaO and MgO concentrations within the cubic phase, has been measured. The results show a concentration dependence of the thermoelectric power which is preliminarly discussed. The homogeneous part of the thermoelectric power, moreover, is discussed with the classical approach of irreversible thermodynamics.

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Available abstract

Abstract Thermoelectric power of stabilized zirconia, at different CaO and MgO concentrations within the cubic phase, has been measured. The results show a concentration dependence of the thermoelectric power which is preliminarly discussed. The homogeneous part of the thermoelectric power, moreover, is discussed with the classical approach of irreversible thermodynamics.

Key concepts: Seebeck coefficient, Thermoelectric effect, Cubic zirconia, Homogeneous, Materials science, Thermodynamics, Power (physics), Thermoelectric materials

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