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Optimization of combustion and performance parameters by intake-charge conditions in a small-scale air-cooled hydrogen fuelled SI engine suitable for use in piston-prop aircraft
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H. GÜRBÜZ, "Optimization of combustion and performance parameters by intake-charge conditions in a small-scale air-cooled hydrogen fuelled SI engine suitable for use in piston-prop aircraft," AIRCRAFT ENGINEERING AND AEROSPACE TECHNOLOGY , vol.93, no.3, pp.448-456, 2020

GÜRBÜZ, H. 2020. Optimization of combustion and performance parameters by intake-charge conditions in a small-scale air-cooled hydrogen fuelled SI engine suitable for use in piston-prop aircraft. AIRCRAFT ENGINEERING AND AEROSPACE TECHNOLOGY , vol.93, no.3 , 448-456.

GÜRBÜZ, H., (2020). Optimization of combustion and performance parameters by intake-charge conditions in a small-scale air-cooled hydrogen fuelled SI engine suitable for use in piston-prop aircraft. AIRCRAFT ENGINEERING AND AEROSPACE TECHNOLOGY , vol.93, no.3, 448-456.

GÜRBÜZ, Habib. "Optimization of combustion and performance parameters by intake-charge conditions in a small-scale air-cooled hydrogen fuelled SI engine suitable for use in piston-prop aircraft," AIRCRAFT ENGINEERING AND AEROSPACE TECHNOLOGY , vol.93, no.3, 448-456, 2020

GÜRBÜZ, Habib. "Optimization of combustion and performance parameters by intake-charge conditions in a small-scale air-cooled hydrogen fuelled SI engine suitable for use in piston-prop aircraft." AIRCRAFT ENGINEERING AND AEROSPACE TECHNOLOGY , vol.93, no.3, pp.448-456, 2020

GÜRBÜZ, H. (2020) . "Optimization of combustion and performance parameters by intake-charge conditions in a small-scale air-cooled hydrogen fuelled SI engine suitable for use in piston-prop aircraft." AIRCRAFT ENGINEERING AND AEROSPACE TECHNOLOGY , vol.93, no.3, pp.448-456.

@article{article, author={Habib GÜRBÜZ}, title={Optimization of combustion and performance parameters by intake-charge conditions in a small-scale air-cooled hydrogen fuelled SI engine suitable for use in piston-prop aircraft}, journal={AIRCRAFT ENGINEERING AND AEROSPACE TECHNOLOGY}, year=2020, pages={448-456} }