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Multi-criteria optimization of a new geothermal driven integrated power and hydrogen production system via a new Index: Economic sustainability (EcoSI)
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O. ARSLAN And A. Arslan, "Multi-criteria optimization of a new geothermal driven integrated power and hydrogen production system via a new Index: Economic sustainability (EcoSI)," Fuel , vol.358, 2024

ARSLAN, O. And Arslan, A. 2024. Multi-criteria optimization of a new geothermal driven integrated power and hydrogen production system via a new Index: Economic sustainability (EcoSI). Fuel , vol.358 .

ARSLAN, O., & Arslan, A., (2024). Multi-criteria optimization of a new geothermal driven integrated power and hydrogen production system via a new Index: Economic sustainability (EcoSI). Fuel , vol.358.

ARSLAN, OĞUZ, And ASLI ERGENEKON ARSLAN. "Multi-criteria optimization of a new geothermal driven integrated power and hydrogen production system via a new Index: Economic sustainability (EcoSI)," Fuel , vol.358, 2024

ARSLAN, OĞUZ And Arslan, ASLI E. . "Multi-criteria optimization of a new geothermal driven integrated power and hydrogen production system via a new Index: Economic sustainability (EcoSI)." Fuel , vol.358, 2024

ARSLAN, O. And Arslan, A. (2024) . "Multi-criteria optimization of a new geothermal driven integrated power and hydrogen production system via a new Index: Economic sustainability (EcoSI)." Fuel , vol.358.

@article{article, author={OĞUZ ARSLAN And author={ASLI ERGENEKON ARSLAN}, title={Multi-criteria optimization of a new geothermal driven integrated power and hydrogen production system via a new Index: Economic sustainability (EcoSI)}, journal={Fuel}, year=2024}