Accounting for the minimum thermodynamic cost of regeneration in quantum Stirling cycles ensures efficiency remains below the Carnot bound but exceeds that of conventional Stirling cycles.
Quan, Quantum thermodynamic cycles and quantum heat engines
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Thermodynamic Cost of Regeneration in a Quantum Stirling Cycle
Accounting for the minimum thermodynamic cost of regeneration in quantum Stirling cycles ensures efficiency remains below the Carnot bound but exceeds that of conventional Stirling cycles.