A. SÖZEN Et Al. , "Performance investigation of a diffusion absorption refrigeration system using nano-size alumina particles in the refrigerant," INTERNATIONAL JOURNAL OF EXERGY , vol.18, no.4, pp.443-461, 2015
SÖZEN, A. Et Al. 2015. Performance investigation of a diffusion absorption refrigeration system using nano-size alumina particles in the refrigerant. INTERNATIONAL JOURNAL OF EXERGY , vol.18, no.4 , 443-461.
SÖZEN, A., ÖZBAŞ, E., MENLİK, T., Iskender, U., Kilinc, C., & Cakir, M. T., (2015). Performance investigation of a diffusion absorption refrigeration system using nano-size alumina particles in the refrigerant. INTERNATIONAL JOURNAL OF EXERGY , vol.18, no.4, 443-461.
SÖZEN, ADNAN Et Al. "Performance investigation of a diffusion absorption refrigeration system using nano-size alumina particles in the refrigerant," INTERNATIONAL JOURNAL OF EXERGY , vol.18, no.4, 443-461, 2015
SÖZEN, ADNAN Et Al. "Performance investigation of a diffusion absorption refrigeration system using nano-size alumina particles in the refrigerant." INTERNATIONAL JOURNAL OF EXERGY , vol.18, no.4, pp.443-461, 2015
SÖZEN, A. Et Al. (2015) . "Performance investigation of a diffusion absorption refrigeration system using nano-size alumina particles in the refrigerant." INTERNATIONAL JOURNAL OF EXERGY , vol.18, no.4, pp.443-461.
@article{article, author={ADNAN SÖZEN Et Al. }, title={Performance investigation of a diffusion absorption refrigeration system using nano-size alumina particles in the refrigerant}, journal={INTERNATIONAL JOURNAL OF EXERGY}, year=2015, pages={443-461} }