Ş. Altunkaynak Et Al. , "Effects of Mantle Hybridization by Interaction with Slab Derived Melts in the Genesis of Alkaline Lavas across the Back-Arc Region of South Shetland Subduction System," JOURNAL OF PETROLOGY , vol.63, no.11, 2022
Altunkaynak, Ş. Et Al. 2022. Effects of Mantle Hybridization by Interaction with Slab Derived Melts in the Genesis of Alkaline Lavas across the Back-Arc Region of South Shetland Subduction System. JOURNAL OF PETROLOGY , vol.63, no.11 .
Altunkaynak, Ş., Aldanmaz, E., & Nývlt, D., (2022). Effects of Mantle Hybridization by Interaction with Slab Derived Melts in the Genesis of Alkaline Lavas across the Back-Arc Region of South Shetland Subduction System. JOURNAL OF PETROLOGY , vol.63, no.11.
Altunkaynak, Şafak, ERCAN ALDANMAZ, And Daniel Nývlt. "Effects of Mantle Hybridization by Interaction with Slab Derived Melts in the Genesis of Alkaline Lavas across the Back-Arc Region of South Shetland Subduction System," JOURNAL OF PETROLOGY , vol.63, no.11, 2022
Altunkaynak, Şafak Et Al. "Effects of Mantle Hybridization by Interaction with Slab Derived Melts in the Genesis of Alkaline Lavas across the Back-Arc Region of South Shetland Subduction System." JOURNAL OF PETROLOGY , vol.63, no.11, 2022
Altunkaynak, Ş. Aldanmaz, E. And Nývlt, D. (2022) . "Effects of Mantle Hybridization by Interaction with Slab Derived Melts in the Genesis of Alkaline Lavas across the Back-Arc Region of South Shetland Subduction System." JOURNAL OF PETROLOGY , vol.63, no.11.
@article{article, author={Şafak Altunkaynak Et Al. }, title={Effects of Mantle Hybridization by Interaction with Slab Derived Melts in the Genesis of Alkaline Lavas across the Back-Arc Region of South Shetland Subduction System}, journal={JOURNAL OF PETROLOGY}, year=2022}