Naziri, A. Et Al. 2025. Innovative Hybrid Energy System Integrating MCFC and ORC for Efficient Waste Heat Utilization and Near-Zero Carbon Emissions. Iranian Journal of Chemistry and Chemical Engineering , vol.44, no.9 , 2388-2401.

Naziri, A., Motallebzadeh, R., Ebrahimpour, A., & JAVANİ, N., (2025). Innovative Hybrid Energy System Integrating MCFC and ORC for Efficient Waste Heat Utilization and Near-Zero Carbon Emissions. Iranian Journal of Chemistry and Chemical Engineering , vol.44, no.9, 2388-2401.

Naziri, Arash Et Al. "Innovative Hybrid Energy System Integrating MCFC and ORC for Efficient Waste Heat Utilization and Near-Zero Carbon Emissions," Iranian Journal of Chemistry and Chemical Engineering , vol.44, no.9, 2388-2401, 2025

Naziri, Arash Et Al. "Innovative Hybrid Energy System Integrating MCFC and ORC for Efficient Waste Heat Utilization and Near-Zero Carbon Emissions." Iranian Journal of Chemistry and Chemical Engineering , vol.44, no.9, pp.2388-2401, 2025

Naziri, A. Et Al. (2025) . "Innovative Hybrid Energy System Integrating MCFC and ORC for Efficient Waste Heat Utilization and Near-Zero Carbon Emissions." Iranian Journal of Chemistry and Chemical Engineering , vol.44, no.9, pp.2388-2401.

@article{article, author={Arash Naziri Et Al. }, title={Innovative Hybrid Energy System Integrating MCFC and ORC for Efficient Waste Heat Utilization and Near-Zero Carbon Emissions}, journal={Iranian Journal of Chemistry and Chemical Engineering}, year=2025, pages={2388-2401} }