Över, D. And CANDANSAYAR, M. E. 2024. Enhancing DC resistivity data two-dimensional inversion result by using U-net based Deep learning- algorithm: Examples from archaegeophysical surveys. Journal of Applied Geophysics , vol.227 .

Över, D., & CANDANSAYAR, M. E., (2024). Enhancing DC resistivity data two-dimensional inversion result by using U-net based Deep learning- algorithm: Examples from archaegeophysical surveys. Journal of Applied Geophysics , vol.227.

Över, Demet, And MEHMET EMİN CANDANSAYAR. "Enhancing DC resistivity data two-dimensional inversion result by using U-net based Deep learning- algorithm: Examples from archaegeophysical surveys," Journal of Applied Geophysics , vol.227, 2024

Över, Demet And CANDANSAYAR, MEHMET E. . "Enhancing DC resistivity data two-dimensional inversion result by using U-net based Deep learning- algorithm: Examples from archaegeophysical surveys." Journal of Applied Geophysics , vol.227, 2024

Över, D. And CANDANSAYAR, M. E. (2024) . "Enhancing DC resistivity data two-dimensional inversion result by using U-net based Deep learning- algorithm: Examples from archaegeophysical surveys." Journal of Applied Geophysics , vol.227.

@article{article, author={Demet Över And author={MEHMET EMİN CANDANSAYAR}, title={Enhancing DC resistivity data two-dimensional inversion result by using U-net based Deep learning- algorithm: Examples from archaegeophysical surveys}, journal={Journal of Applied Geophysics}, year=2024}