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Usability of pre-mixed methane-hydrogen mixture in hermetic type combined power systems: An experimental and numerical evaluation in terms of emissions and energy efficiency
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M. Ökten Et Al. , "Usability of pre-mixed methane-hydrogen mixture in hermetic type combined power systems: An experimental and numerical evaluation in terms of emissions and energy efficiency," International Journal of Hydrogen Energy , vol.120, pp.225-237, 2025

Ökten, M. Et Al. 2025. Usability of pre-mixed methane-hydrogen mixture in hermetic type combined power systems: An experimental and numerical evaluation in terms of emissions and energy efficiency. International Journal of Hydrogen Energy , vol.120 , 225-237.

Ökten, M., VARİYENLİ, H. İ., & KARYEYEN, S., (2025). Usability of pre-mixed methane-hydrogen mixture in hermetic type combined power systems: An experimental and numerical evaluation in terms of emissions and energy efficiency. International Journal of Hydrogen Energy , vol.120, 225-237.

Ökten, MERT, HALİL İBRAHİM VARİYENLİ, And SERHAT KARYEYEN. "Usability of pre-mixed methane-hydrogen mixture in hermetic type combined power systems: An experimental and numerical evaluation in terms of emissions and energy efficiency," International Journal of Hydrogen Energy , vol.120, 225-237, 2025

Ökten, MERT Et Al. "Usability of pre-mixed methane-hydrogen mixture in hermetic type combined power systems: An experimental and numerical evaluation in terms of emissions and energy efficiency." International Journal of Hydrogen Energy , vol.120, pp.225-237, 2025

Ökten, M. VARİYENLİ, H. İ. And KARYEYEN, S. (2025) . "Usability of pre-mixed methane-hydrogen mixture in hermetic type combined power systems: An experimental and numerical evaluation in terms of emissions and energy efficiency." International Journal of Hydrogen Energy , vol.120, pp.225-237.

@article{article, author={MERT ÖKTEN Et Al. }, title={Usability of pre-mixed methane-hydrogen mixture in hermetic type combined power systems: An experimental and numerical evaluation in terms of emissions and energy efficiency}, journal={International Journal of Hydrogen Energy}, year=2025, pages={225-237} }