COSKUN, C. Et Al. 2012. Investigation of a hybrid solar and geothermal driven absorption cooling system for district applications. INTERNATIONAL JOURNAL OF EXERGY , vol.11, no.2 , 205-215.

COSKUN, C., Oktay, Z., & DINCER, I., (2012). Investigation of a hybrid solar and geothermal driven absorption cooling system for district applications. INTERNATIONAL JOURNAL OF EXERGY , vol.11, no.2, 205-215.

COSKUN, CAN, ZUHAL OKTAY COŞKUN, And I. DINCER. "Investigation of a hybrid solar and geothermal driven absorption cooling system for district applications," INTERNATIONAL JOURNAL OF EXERGY , vol.11, no.2, 205-215, 2012

COSKUN, CAN Et Al. "Investigation of a hybrid solar and geothermal driven absorption cooling system for district applications." INTERNATIONAL JOURNAL OF EXERGY , vol.11, no.2, pp.205-215, 2012

COSKUN, C. Oktay, Z. And DINCER, I. (2012) . "Investigation of a hybrid solar and geothermal driven absorption cooling system for district applications." INTERNATIONAL JOURNAL OF EXERGY , vol.11, no.2, pp.205-215.

@article{article, author={CAN COŞKUN Et Al. }, title={Investigation of a hybrid solar and geothermal driven absorption cooling system for district applications}, journal={INTERNATIONAL JOURNAL OF EXERGY}, year=2012, pages={205-215} }