E. Gasimov Et Al. , "Modeling and interpretation of electrical resistivity data in anisotropic media using a generalized regression neural network: A case study on the Lokbatan mud volcano, Azerbaijan," JOURNAL OF APPLIED GEOPHYSICS , vol.224, pp.1-10, 2024
Gasimov, E. Et Al. 2024. Modeling and interpretation of electrical resistivity data in anisotropic media using a generalized regression neural network: A case study on the Lokbatan mud volcano, Azerbaijan. JOURNAL OF APPLIED GEOPHYSICS , vol.224 , 1-10.
Gasimov, E., Pekşen, E., Durdağ, D., Salamov, A., & Najafov, O., (2024). Modeling and interpretation of electrical resistivity data in anisotropic media using a generalized regression neural network: A case study on the Lokbatan mud volcano, Azerbaijan. JOURNAL OF APPLIED GEOPHYSICS , vol.224, 1-10.
Gasimov, Elnur Et Al. "Modeling and interpretation of electrical resistivity data in anisotropic media using a generalized regression neural network: A case study on the Lokbatan mud volcano, Azerbaijan," JOURNAL OF APPLIED GEOPHYSICS , vol.224, 1-10, 2024
Gasimov, Elnur Et Al. "Modeling and interpretation of electrical resistivity data in anisotropic media using a generalized regression neural network: A case study on the Lokbatan mud volcano, Azerbaijan." JOURNAL OF APPLIED GEOPHYSICS , vol.224, pp.1-10, 2024
Gasimov, E. Et Al. (2024) . "Modeling and interpretation of electrical resistivity data in anisotropic media using a generalized regression neural network: A case study on the Lokbatan mud volcano, Azerbaijan." JOURNAL OF APPLIED GEOPHYSICS , vol.224, pp.1-10.
@article{article, author={Elnur Gasimov Et Al. }, title={Modeling and interpretation of electrical resistivity data in anisotropic media using a generalized regression neural network: A case study on the Lokbatan mud volcano, Azerbaijan}, journal={JOURNAL OF APPLIED GEOPHYSICS}, year=2024, pages={1-10} }