E. Erçetin And D. DOĞAN, "Numerical Temperature And Fluid-flow Modelling For The Topographic Effects On Hydrothermal Circulation A Case Study In Lucy Strike Vent Field," General Assembly and Congress European Geoscience Union , 2017
Erçetin, E. And DOĞAN, D. 2017. Numerical Temperature And Fluid-flow Modelling For The Topographic Effects On Hydrothermal Circulation A Case Study In Lucy Strike Vent Field. General Assembly and Congress European Geoscience Union .
Erçetin, E., & DOĞAN, D., (2017). Numerical Temperature And Fluid-flow Modelling For The Topographic Effects On Hydrothermal Circulation A Case Study In Lucy Strike Vent Field . General Assembly and Congress European Geoscience Union
Erçetin, Engin, And Doğa Doğan. "Numerical Temperature And Fluid-flow Modelling For The Topographic Effects On Hydrothermal Circulation A Case Study In Lucy Strike Vent Field," General Assembly and Congress European Geoscience Union, 2017
Erçetin, Engin And DOĞAN, Doğa. "Numerical Temperature And Fluid-flow Modelling For The Topographic Effects On Hydrothermal Circulation A Case Study In Lucy Strike Vent Field." General Assembly and Congress European Geoscience Union , 2017
Erçetin, E. And DOĞAN, D. (2017) . "Numerical Temperature And Fluid-flow Modelling For The Topographic Effects On Hydrothermal Circulation A Case Study In Lucy Strike Vent Field." General Assembly and Congress European Geoscience Union .
@conferencepaper{conferencepaper, author={Engin Erçetin And author={Doğa Doğan}, title={Numerical Temperature And Fluid-flow Modelling For The Topographic Effects On Hydrothermal Circulation A Case Study In Lucy Strike Vent Field}, congress name={General Assembly and Congress European Geoscience Union}, city={}, country={}, year={2017}}