A. Kapsiotis Et Al. , "Compositional fingerprints of chromian spinel from the refractory chrome ores of Metalleion, Othris (Greece): Implications for metallogeny and deformation of chromitites within a "hot" oceanic fault zone," JOURNAL OF GEOCHEMICAL EXPLORATION , vol.185, pp.14-32, 2018
Kapsiotis, A. Et Al. 2018. Compositional fingerprints of chromian spinel from the refractory chrome ores of Metalleion, Othris (Greece): Implications for metallogeny and deformation of chromitites within a "hot" oceanic fault zone. JOURNAL OF GEOCHEMICAL EXPLORATION , vol.185 , 14-32.
Kapsiotis, A., Rassios, A. E., UYSAL, İ., Grieco, G., Akmaz, R. M., Saka, S., ... Bussolesi, M.(2018). Compositional fingerprints of chromian spinel from the refractory chrome ores of Metalleion, Othris (Greece): Implications for metallogeny and deformation of chromitites within a "hot" oceanic fault zone. JOURNAL OF GEOCHEMICAL EXPLORATION , vol.185, 14-32.
Kapsiotis, Argyrios Et Al. "Compositional fingerprints of chromian spinel from the refractory chrome ores of Metalleion, Othris (Greece): Implications for metallogeny and deformation of chromitites within a "hot" oceanic fault zone," JOURNAL OF GEOCHEMICAL EXPLORATION , vol.185, 14-32, 2018
Kapsiotis, Argyrios Et Al. "Compositional fingerprints of chromian spinel from the refractory chrome ores of Metalleion, Othris (Greece): Implications for metallogeny and deformation of chromitites within a "hot" oceanic fault zone." JOURNAL OF GEOCHEMICAL EXPLORATION , vol.185, pp.14-32, 2018
Kapsiotis, A. Et Al. (2018) . "Compositional fingerprints of chromian spinel from the refractory chrome ores of Metalleion, Othris (Greece): Implications for metallogeny and deformation of chromitites within a "hot" oceanic fault zone." JOURNAL OF GEOCHEMICAL EXPLORATION , vol.185, pp.14-32.
@article{article, author={Argyrios Kapsiotis Et Al. }, title={Compositional fingerprints of chromian spinel from the refractory chrome ores of Metalleion, Othris (Greece): Implications for metallogeny and deformation of chromitites within a "hot" oceanic fault zone}, journal={JOURNAL OF GEOCHEMICAL EXPLORATION}, year=2018, pages={14-32} }