E. T. TURGUT Et Al. , "Empirical analysis of the effect of descent flight path angle on primary gaseous emissions of commercial aircraft," ENVIRONMENTAL POLLUTION , vol.236, pp.226-235, 2018
TURGUT, E. T. Et Al. 2018. Empirical analysis of the effect of descent flight path angle on primary gaseous emissions of commercial aircraft. ENVIRONMENTAL POLLUTION , vol.236 , 226-235.
TURGUT, E. T., USANMAZ, Ö., & Rosen, M. A., (2018). Empirical analysis of the effect of descent flight path angle on primary gaseous emissions of commercial aircraft. ENVIRONMENTAL POLLUTION , vol.236, 226-235.
TURGUT, ENİS, ÖZNUR USANMAZ, And Marc A. Rosen. "Empirical analysis of the effect of descent flight path angle on primary gaseous emissions of commercial aircraft," ENVIRONMENTAL POLLUTION , vol.236, 226-235, 2018
TURGUT, ENİS T. Et Al. "Empirical analysis of the effect of descent flight path angle on primary gaseous emissions of commercial aircraft." ENVIRONMENTAL POLLUTION , vol.236, pp.226-235, 2018
TURGUT, E. T. USANMAZ, Ö. And Rosen, M. A. (2018) . "Empirical analysis of the effect of descent flight path angle on primary gaseous emissions of commercial aircraft." ENVIRONMENTAL POLLUTION , vol.236, pp.226-235.
@article{article, author={ENİS TURHAN TURGUT Et Al. }, title={Empirical analysis of the effect of descent flight path angle on primary gaseous emissions of commercial aircraft}, journal={ENVIRONMENTAL POLLUTION}, year=2018, pages={226-235} }