B. DOĞAN Et Al. , "Energy, exergy and sustainability analyses of nanoparticles added to fuels to reduce carbon footprint," Case Studies in Thermal Engineering , vol.56, 2024
DOĞAN, B. Et Al. 2024. Energy, exergy and sustainability analyses of nanoparticles added to fuels to reduce carbon footprint. Case Studies in Thermal Engineering , vol.56 .
DOĞAN, B., Özer, S., Vural, E., & Haciyusufoğlu, A. F., (2024). Energy, exergy and sustainability analyses of nanoparticles added to fuels to reduce carbon footprint. Case Studies in Thermal Engineering , vol.56.
DOĞAN, BATTAL Et Al. "Energy, exergy and sustainability analyses of nanoparticles added to fuels to reduce carbon footprint," Case Studies in Thermal Engineering , vol.56, 2024
DOĞAN, BATTAL Et Al. "Energy, exergy and sustainability analyses of nanoparticles added to fuels to reduce carbon footprint." Case Studies in Thermal Engineering , vol.56, 2024
DOĞAN, B. Et Al. (2024) . "Energy, exergy and sustainability analyses of nanoparticles added to fuels to reduce carbon footprint." Case Studies in Thermal Engineering , vol.56.
@article{article, author={BATTAL DOĞAN Et Al. }, title={Energy, exergy and sustainability analyses of nanoparticles added to fuels to reduce carbon footprint}, journal={Case Studies in Thermal Engineering}, year=2024}