Unified Quantum Model of Work Generation in Thermoelectric Generators, Solar and Fuel Cells
AbstractIn the previous papers, the idea of “hidden oscillations” has been applied to explain work generation in semiconductor photovoltaic cells and thermoelectric generators. The aim of this paper is firstly to extend this approach to fuel cells and, secondly, to create a unified quantum model for all types of such devices. They are treated as electron pumps powered by heat or chemical engines. The working fluid is electron gas and the necessary oscillating element (“piston”) is provided by plasma oscillation. Those oscillations are localized around the junction that also serves as a diode rectifying fast electric charge oscillations and yielding a final output direct current (DC). The dynamics of the devices are governed by the Markovian master equations that can be derived in a rigorous way from the underlying Hamiltonian models and are consistent with the laws of thermodynamics. The new ingredient is the derivation of master equations for systems driven by chemical reactions. View Full-Text
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Alicki, R. Unified Quantum Model of Work Generation in Thermoelectric Generators, Solar and Fuel Cells. Entropy 2016, 18, 210.
Alicki R. Unified Quantum Model of Work Generation in Thermoelectric Generators, Solar and Fuel Cells. Entropy. 2016; 18(6):210.Chicago/Turabian Style
Alicki, Robert. 2016. "Unified Quantum Model of Work Generation in Thermoelectric Generators, Solar and Fuel Cells." Entropy 18, no. 6: 210.
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