M. Gündüz And D. Kutluk, "Detection of possible route of mines broken off during the Russia-Ukraine war with an ocean circulation and a particle model," Journal of the Black Sea/Mediterranean Environment , vol.28, no.3, pp.353-360, 2022
Gündüz, M. And Kutluk, D. 2022. Detection of possible route of mines broken off during the Russia-Ukraine war with an ocean circulation and a particle model. Journal of the Black Sea/Mediterranean Environment , vol.28, no.3 , 353-360.
Gündüz, M., & Kutluk, D., (2022). Detection of possible route of mines broken off during the Russia-Ukraine war with an ocean circulation and a particle model. Journal of the Black Sea/Mediterranean Environment , vol.28, no.3, 353-360.
Gündüz, MURAT, And Deniz Kutluk. "Detection of possible route of mines broken off during the Russia-Ukraine war with an ocean circulation and a particle model," Journal of the Black Sea/Mediterranean Environment , vol.28, no.3, 353-360, 2022
Gündüz, MURAT And Kutluk, Deniz. "Detection of possible route of mines broken off during the Russia-Ukraine war with an ocean circulation and a particle model." Journal of the Black Sea/Mediterranean Environment , vol.28, no.3, pp.353-360, 2022
Gündüz, M. And Kutluk, D. (2022) . "Detection of possible route of mines broken off during the Russia-Ukraine war with an ocean circulation and a particle model." Journal of the Black Sea/Mediterranean Environment , vol.28, no.3, pp.353-360.
@article{article, author={MURAT GÜNDÜZ And author={Deniz Kutluk}, title={Detection of possible route of mines broken off during the Russia-Ukraine war with an ocean circulation and a particle model}, journal={Journal of the Black Sea/Mediterranean Environment}, year=2022, pages={353-360} }