S. B. TANK And M. KARAŞ, "Utilizing the electrical conductivity distribution to unravel thehydrothermal system beneath Mt.Hasan composite volcano and its vicinity, southwest Cappodocia, Turkey," Japan Geoscience Union , Chiba, Japan, 2019
TANK, S. B. And KARAŞ, M. 2019. Utilizing the electrical conductivity distribution to unravel thehydrothermal system beneath Mt.Hasan composite volcano and its vicinity, southwest Cappodocia, Turkey. Japan Geoscience Union , (Chiba, Japan).
TANK, S. B., & KARAŞ, M., (2019). Utilizing the electrical conductivity distribution to unravel thehydrothermal system beneath Mt.Hasan composite volcano and its vicinity, southwest Cappodocia, Turkey . Japan Geoscience Union, Chiba, Japan
TANK, SABRİ, And Mustafa Karaş. "Utilizing the electrical conductivity distribution to unravel thehydrothermal system beneath Mt.Hasan composite volcano and its vicinity, southwest Cappodocia, Turkey," Japan Geoscience Union, Chiba, Japan, 2019
TANK, SABRİ B. And KARAŞ, Mustafa. "Utilizing the electrical conductivity distribution to unravel thehydrothermal system beneath Mt.Hasan composite volcano and its vicinity, southwest Cappodocia, Turkey." Japan Geoscience Union , Chiba, Japan, 2019
TANK, S. B. And KARAŞ, M. (2019) . "Utilizing the electrical conductivity distribution to unravel thehydrothermal system beneath Mt.Hasan composite volcano and its vicinity, southwest Cappodocia, Turkey." Japan Geoscience Union , Chiba, Japan.
@conferencepaper{conferencepaper, author={SABRİ BÜLENT TANK And author={Mustafa Karaş}, title={Utilizing the electrical conductivity distribution to unravel thehydrothermal system beneath Mt.Hasan composite volcano and its vicinity, southwest Cappodocia, Turkey}, congress name={Japan Geoscience Union}, city={Chiba}, country={Japan}, year={2019}}