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Experimental investigation of the flame characteristics of a fuel mixture with high hydrogen content enriched with oxygen under the externally acoustic enforcement conditions
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İ. YILMAZ Et Al. , "Experimental investigation of the flame characteristics of a fuel mixture with high hydrogen content enriched with oxygen under the externally acoustic enforcement conditions," International Journal of Hydrogen Energy , vol.47, no.24, pp.12432-12442, 2022

YILMAZ, İ. Et Al. 2022. Experimental investigation of the flame characteristics of a fuel mixture with high hydrogen content enriched with oxygen under the externally acoustic enforcement conditions. International Journal of Hydrogen Energy , vol.47, no.24 , 12432-12442.

YILMAZ, İ., TUNÇ, G., TAŞTAN, M., & ALABAŞ, B., (2022). Experimental investigation of the flame characteristics of a fuel mixture with high hydrogen content enriched with oxygen under the externally acoustic enforcement conditions. International Journal of Hydrogen Energy , vol.47, no.24, 12432-12442.

YILMAZ, İLKER Et Al. "Experimental investigation of the flame characteristics of a fuel mixture with high hydrogen content enriched with oxygen under the externally acoustic enforcement conditions," International Journal of Hydrogen Energy , vol.47, no.24, 12432-12442, 2022

YILMAZ, İLKER Et Al. "Experimental investigation of the flame characteristics of a fuel mixture with high hydrogen content enriched with oxygen under the externally acoustic enforcement conditions." International Journal of Hydrogen Energy , vol.47, no.24, pp.12432-12442, 2022

YILMAZ, İ. Et Al. (2022) . "Experimental investigation of the flame characteristics of a fuel mixture with high hydrogen content enriched with oxygen under the externally acoustic enforcement conditions." International Journal of Hydrogen Energy , vol.47, no.24, pp.12432-12442.

@article{article, author={İLKER YILMAZ Et Al. }, title={Experimental investigation of the flame characteristics of a fuel mixture with high hydrogen content enriched with oxygen under the externally acoustic enforcement conditions}, journal={International Journal of Hydrogen Energy}, year=2022, pages={12432-12442} }