S. ERZEN Et Al. , "Sustainability analysis of a solar driven hydrogen production system using exergy, extended exergy, and thermo-ecological methods: Proposing and comparing of new indices," Energy Conversion and Management , vol.236, 2021
ERZEN, S. Et Al. 2021. Sustainability analysis of a solar driven hydrogen production system using exergy, extended exergy, and thermo-ecological methods: Proposing and comparing of new indices. Energy Conversion and Management , vol.236 .
ERZEN, S., Ünal, C., Açıkkalp, E., & Hepbasli, A., (2021). Sustainability analysis of a solar driven hydrogen production system using exergy, extended exergy, and thermo-ecological methods: Proposing and comparing of new indices. Energy Conversion and Management , vol.236.
ERZEN, SEVGİ Et Al. "Sustainability analysis of a solar driven hydrogen production system using exergy, extended exergy, and thermo-ecological methods: Proposing and comparing of new indices," Energy Conversion and Management , vol.236, 2021
ERZEN, SEVGİ Et Al. "Sustainability analysis of a solar driven hydrogen production system using exergy, extended exergy, and thermo-ecological methods: Proposing and comparing of new indices." Energy Conversion and Management , vol.236, 2021
ERZEN, S. Et Al. (2021) . "Sustainability analysis of a solar driven hydrogen production system using exergy, extended exergy, and thermo-ecological methods: Proposing and comparing of new indices." Energy Conversion and Management , vol.236.
@article{article, author={SEVGİ ERZEN Et Al. }, title={Sustainability analysis of a solar driven hydrogen production system using exergy, extended exergy, and thermo-ecological methods: Proposing and comparing of new indices}, journal={Energy Conversion and Management}, year=2021}