INVESTIGATION OF THE EFFECTS OF DETONATIONS NEAR THE BATTALGAZİ CAMPUS OF İNÖNÜ UNIVERSITY, MALATYA, TURKEY ON SOIL SHALLOW-DEPTH

This study was carried out in the İnönü University Battalgazi Campus and aimed to investigate the effects of detonations in the area used by the Turkish Armed Forces as a shooting range on Campus Site shallow-depth, by using the Multielectrode Vertical Electrical Resistivity (MVER) method. Combat aircrafts from the Turkish Armed Forces 7th Main Jet Base Command weekly carry out two shooting tests in the region. In the selected region, two MVER applications, prior to detonation and three months after detonation, were carried out in the same location and direction and measurements were compared to each other. The results showed that the shooting tests affected the shallow-depth.

Keywords:

Geophysic, Resistivity, Shallow Soil Depth Multichannel Vertical Electirical Resistivity, Malatya,

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[1] Dongxu, Y., Huanbei, C., Kai-hui, Z., Yongfeng, X., Jinwei, Y., Hanqin, L., and Yu-Ping, Z., (2018). High Temperature Mechanical Properties of Porous Si3N4Prepared via SRBSN. Ceramics International. In Press, Accepted Manuscript—Note to users.
[2] Araffa, S.A.S., Atya, M.A., Mohamed, A.M.E., Gabala, M., Zaher, M.A., Soliman, M.M., Mesbah, H.S., Massoud, U., and Shaaban, H.M., (2014). Subsurface investigation on Quarter 27 of May 15th city, Cario, Egypt using electrical resistivity tomography and shallow seismic reflaction. NRIAG Journal of Astronomy and Geophysics 3, 170–183.
[3] Ayyıldız, T., Varol, B., Önal, M., Tekin, E., and Gundoğan, I., (2009). From reef to Pelagic and Evaporate Evalution of Transgressive Successions in the Northwestern Part of Malatya Mesozoic Basin, east Anatolia of Turkey: 27th IAS Meeting of Sedimentologist, 11-116, Alghero, Italy, Medimond, s.r.l..
[4] Vasantrao, B.M., Bhaskarrao, P.J., Mukund, B.A., Baburao, G.R., and Narayan, P.S., (2017). Comparative Study of Wenner and Schlumberger Electrical Resistivity Method for Groundwater Investigation: a Case Study from Dhule District (M.S.), India, Appl Water Sci (2017) 7:4321–4340.
[5] Piegari, E., Cataudella, V., Di Maio, R., Milano, L., Nicodemi, M., and Soldovieri, M.G., (2009). Electrical Resistivity Tomography and Statistical Analysis in Landslide Modelling: A Conceptual Approach, Journal of Applied Geophysics 68(2009), 151–158.
[6] Gözübol, A.M. ve Önal, M., (1986). Çat Barajı Isale Tünelinin Mühendislik Jeolojisi ve Kaya Mekaniği Incelemesi ve Malatya- Çelikhan Alanının Jeolojisi, TÜBİTAK, TBAG-647 Nolu Proje. http://www.google.com/intl/earth/index.html.
[7] Israil, M. and Pachauri, A.K., (2003). Geophysical Characterization of a Landslide Site in the Himalayan Foothill Region. Journal of Asian Earth Sciences 22(2003), 253–263.
[8] Jongmans, D. and Garambois, S., (2007). Geophysical Investigation of Landslides: A Review. Bulletin Societe Geologigue de France, 178(2), 101-112.
[9] Önal, M., (1986). Malatya Baseni, Doğu Kesiminin (Muşardağı Dolayı) Jeolojisi ve Hidrokarbon Olanakları: TPAO Arama Grubu, Rap. No:3863, s:91, Ankara.
[10] Koral, H. and Önal, M., (2007). Episodic Neotectonic Escape in the Eastern Taurids, SE Turkey: The Malatya Basin: International Geoscience Programmed (UNESCO- IUGS-IGCP).
[11] Tzou-Shin Ueng, Zih-Fang Wang, Min- Chien Chu, Louis Ge, (2017). Laboratory Tests for Permeability of Sand During Liquefaction, Soil Dynamics and Earthquake Engineering, 100(2017), 249-256.