D. ACAR Et Al. , "First model application of 3D infrared scanning on water surface (film covered) to understand sea-level fluctuations around sea vessels type propeller thrust and behavior of currents," EGU General Assembly 2018 , vol.20, Viyana, Austria, pp.10834, 2018
ACAR, D. Et Al. 2018. First model application of 3D infrared scanning on water surface (film covered) to understand sea-level fluctuations around sea vessels type propeller thrust and behavior of currents. EGU General Assembly 2018 , (Viyana, Austria), 10834.
ACAR, D., ALPAR, Ş. B., ÖZEREN, S., & Postacıoğlu, N., (2018). First model application of 3D infrared scanning on water surface (film covered) to understand sea-level fluctuations around sea vessels type propeller thrust and behavior of currents . EGU General Assembly 2018 (pp.10834). Viyana, Austria
ACAR, Dursun Et Al. "First model application of 3D infrared scanning on water surface (film covered) to understand sea-level fluctuations around sea vessels type propeller thrust and behavior of currents," EGU General Assembly 2018, Viyana, Austria, 2018
ACAR, Dursun Et Al. "First model application of 3D infrared scanning on water surface (film covered) to understand sea-level fluctuations around sea vessels type propeller thrust and behavior of currents." EGU General Assembly 2018 , Viyana, Austria, pp.10834, 2018
ACAR, D. Et Al. (2018) . "First model application of 3D infrared scanning on water surface (film covered) to understand sea-level fluctuations around sea vessels type propeller thrust and behavior of currents." EGU General Assembly 2018 , Viyana, Austria, p.10834.
@conferencepaper{conferencepaper, author={Dursun ACAR Et Al. }, title={First model application of 3D infrared scanning on water surface (film covered) to understand sea-level fluctuations around sea vessels type propeller thrust and behavior of currents}, congress name={EGU General Assembly 2018}, city={Viyana}, country={Austria}, year={2018}, pages={10834} }