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Electrochemical-energy- exergy analysis of reversible solid oxide cell-based small-scale stand-alone energy storage system
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M. A. Agbaje And A. V. Akkaya, "Electrochemical-energy- exergy analysis of reversible solid oxide cell-based small-scale stand-alone energy storage system," Case Studies in Thermal Engineering , vol.52, 2023

Agbaje, M. A. And Akkaya, A. V. 2023. Electrochemical-energy- exergy analysis of reversible solid oxide cell-based small-scale stand-alone energy storage system. Case Studies in Thermal Engineering , vol.52 .

Agbaje, M. A., & Akkaya, A. V., (2023). Electrochemical-energy- exergy analysis of reversible solid oxide cell-based small-scale stand-alone energy storage system. Case Studies in Thermal Engineering , vol.52.

Agbaje, Muiz, And Ali Volkan AKKAYA. "Electrochemical-energy- exergy analysis of reversible solid oxide cell-based small-scale stand-alone energy storage system," Case Studies in Thermal Engineering , vol.52, 2023

Agbaje, Muiz A. And Akkaya, Ali V. . "Electrochemical-energy- exergy analysis of reversible solid oxide cell-based small-scale stand-alone energy storage system." Case Studies in Thermal Engineering , vol.52, 2023

Agbaje, M. A. And Akkaya, A. V. (2023) . "Electrochemical-energy- exergy analysis of reversible solid oxide cell-based small-scale stand-alone energy storage system." Case Studies in Thermal Engineering , vol.52.

@article{article, author={Muiz Adekunle Agbaje And author={Ali Volkan AKKAYA}, title={Electrochemical-energy- exergy analysis of reversible solid oxide cell-based small-scale stand-alone energy storage system}, journal={Case Studies in Thermal Engineering}, year=2023}