I. YILMAZ Et Al. , "Investigation of an Optimal Operating Condition for a Micro Combustor Regarding Basic Thermophotovoltaic System Requirements," In The Role of Exergy in Energy and the Environment , London/Berlin: Springer, London/Berlin , 2018, pp.27-41.
YILMAZ, I. Et Al. Investigation of an Optimal Operating Condition for a Micro Combustor Regarding Basic Thermophotovoltaic System Requirements. 2018. In The Role of Exergy in Energy and the Environment , Springer, London/Berlin , London/Berlin, 27-41.
YILMAZ, I., YILMAZ, H., & ÇAM, Ö., (2018). Investigation of an Optimal Operating Condition for a Micro Combustor Regarding Basic Thermophotovoltaic System Requirements. The Role of Exergy in Energy and the Environment (pp.27-41), London/Berlin: Springer, London/Berlin .
YILMAZ, İLKER, Harun YILMAZ, And Ömer ÇAM. "Investigation of an Optimal Operating Condition for a Micro Combustor Regarding Basic Thermophotovoltaic System Requirements." In The Role of Exergy in Energy and the Environment , 27-41. London/Berlin: Springer, London/Berlin , 2018
YILMAZ, İLKER Et Al. "Investigation of an Optimal Operating Condition for a Micro Combustor Regarding Basic Thermophotovoltaic System Requirements." The Role of Exergy in Energy and the Environment , Springer, London/Berlin , 2018, pp.27-41.
YILMAZ, I. YILMAZ, H. And ÇAM, Ö. (2018) "Investigation of an Optimal Operating Condition for a Micro Combustor Regarding Basic Thermophotovoltaic System Requirements", The Role of Exergy in Energy and the Environment . London/Berlin: Springer, London/Berlin .
@bookchapter{bookchapter, author ={İLKER YILMAZ Et Al. }, chaptertitle={Investigation of an Optimal Operating Condition for a Micro Combustor Regarding Basic Thermophotovoltaic System Requirements}, booktitle={ The Role of Exergy in Energy and the Environment}, publisher={Springer, London/Berlin }, city={London/Berlin},year={2018} }