İ. AKCA Et Al. , "Imaging gypsum-anhydrite interface by a structure-based conceptual resistivity model: A case study from Bala (Turkey) gypsum deposits," NEAR SURFACE GEOPHYSICS , vol.21, no.1, pp.82-92, 2023
AKCA, İ. Et Al. 2023. Imaging gypsum-anhydrite interface by a structure-based conceptual resistivity model: A case study from Bala (Turkey) gypsum deposits. NEAR SURFACE GEOPHYSICS , vol.21, no.1 , 82-92.
AKCA, İ., HACIOĞLU, Ö., & Basokur, A. T., (2023). Imaging gypsum-anhydrite interface by a structure-based conceptual resistivity model: A case study from Bala (Turkey) gypsum deposits. NEAR SURFACE GEOPHYSICS , vol.21, no.1, 82-92.
AKCA, İRFAN, ÖZLEM HACIOĞLU, And Ahmet T. Basokur. "Imaging gypsum-anhydrite interface by a structure-based conceptual resistivity model: A case study from Bala (Turkey) gypsum deposits," NEAR SURFACE GEOPHYSICS , vol.21, no.1, 82-92, 2023
AKCA, İRFAN Et Al. "Imaging gypsum-anhydrite interface by a structure-based conceptual resistivity model: A case study from Bala (Turkey) gypsum deposits." NEAR SURFACE GEOPHYSICS , vol.21, no.1, pp.82-92, 2023
AKCA, İ. HACIOĞLU, Ö. And Basokur, A. T. (2023) . "Imaging gypsum-anhydrite interface by a structure-based conceptual resistivity model: A case study from Bala (Turkey) gypsum deposits." NEAR SURFACE GEOPHYSICS , vol.21, no.1, pp.82-92.
@article{article, author={İRFAN AKCA Et Al. }, title={Imaging gypsum-anhydrite interface by a structure-based conceptual resistivity model: A case study from Bala (Turkey) gypsum deposits}, journal={NEAR SURFACE GEOPHYSICS}, year=2023, pages={82-92} }