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Evaporate salt exploration by two dimensional (2D) seismic reflection method: Ankara- Polatlı region, Türkiye

Büşra Bihter Demirci ; Esra Burcu Köse ; Muzaffer Özgü Arısyo ; Sinem Aykaç ; Abdullah Gürer ; İmam Çelik ; Tuğçe Can ; Sermet Gündüz ; Sami Aytaç Özdemir ; Batuğhan Yıkmaz ; Erdoğan Yılmaz ; Erdi Apatay ; Esra Ak ; Salih Erden ; Erdener Izladı ; Zeynep Rezzan Özerk ; Recep Güney

Bulletin of the Mineral Research and Exploration, 2023-01, Vol.170 (170), p.161-174 [Periódico revisado por pares]

General Directorate of Mineral Research and Exploration

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  • Título:
    Evaporate salt exploration by two dimensional (2D) seismic reflection method: Ankara- Polatlı region, Türkiye
  • Autor: Büşra Bihter Demirci ; Esra Burcu Köse ; Muzaffer Özgü Arısyo ; Sinem Aykaç ; Abdullah Gürer ; İmam Çelik ; Tuğçe Can ; Sermet Gündüz ; Sami Aytaç Özdemir ; Batuğhan Yıkmaz ; Erdoğan Yılmaz ; Erdi Apatay ; Esra Ak ; Salih Erden ; Erdener Izladı ; Zeynep Rezzan Özerk ; Recep Güney
  • Assuntos: evaporate ; polatlı-ankara ; salt ; seismic reflection
  • É parte de: Bulletin of the Mineral Research and Exploration, 2023-01, Vol.170 (170), p.161-174
  • Descrição: The presence of the evaporate salt zone in Ankara-Polatlı region has been determined by the drillings. It is thought to be the largest reserve in Türkiye. The seismic reflection method was used to determine the top-bottom levels of the region; its depth; its thickness and extent boundaries; the horst-graben structures; base depth and tectonic movements affecting the study area. Data were collected on three seismic lines. The near-surface tomographic velocity sections were compatible with the top-of-the-zone depth observed in the drillings. As a result of the study, the depth and thickness of the top-bottom of the zone were determined along the lines. Within the scope of the study, a combined interpretation was made on the lines by using gravity and seismic data. The extent of the ore zone was determined only in the E-W direction section, but not in the north-south direction lines since they are outside the license area and the seismic lines. The closest point of the evaporate zone to the surface is approximately 150 m, the deepest point is approximately 310 m, the average thickness is approximately 100 m and the maximum thickness is 185 m.
  • Editor: General Directorate of Mineral Research and Exploration
  • Idioma: Inglês
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  • Realização: ABCD-USP USP   Logos de Redes Sociais: Freepik

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