Browsing by Author "Turhan, S"
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Web of Science Activity concentration of terrestrial and anthropogenic radionuclides (Ra-226, Rn-222, Th-232, K-40, and Cs-137) in soil samples(2016.01.01) Altikulac, A; Turhan, S; Gumus, HWeb of Science Analysis of natural radioactivity in Yatagan coal - fired power plant in Turkey(2017.01.01) Altokulac, A; Turhan, S; Gumus, HWeb of Science Assessment of concentrations of anions in bottled natural mineral waters from the Turkish market in accordance with national and international standards(2023.01.01) Gumus, G; Destanoglu, O; Simsek, MG; Bakir, TK; Turhan, SWeb of Science Assessment of internal radiation exposure caused by radon in commercially bottled spring waters consumed in Turkey(2023.01.01) Turhan, S; Kurnaz, A; Aydin, EWeb of Science Assessment of the Enrichment of Heavy Metals in Coal and Its Combustion Residues(2022.01.01) Altikulac, A; Turhan, S; Kurnaz, A; Goren, E; Duran, C; Hancerliogullari, A; Ugur, FAWeb of Science Assessment of the Levels of Potentially Toxic Elements Contained in Natural Bentonites Collected from Quarries in Turkey(2023.01.01) Altikulac, A; Turhan, SWeb of Science Determination of concentrations of non-volatile elements in fly ash released from coal combustion using EDXRF(2022.01.01) Altikulac, A; Turhan, S; Kurnaz, A; Hancerliogullari, AWeb of Science Determination of elemental concentrations of radionuclides in Turkish bentonite and calculation of radiogenic heat generation(2022.01.01) Turhan, S; Metin, O; Hancerliogullari, A; Kurnaz, A; Duran, CWeb of Science Determination of essential and toxic elements content of Turkish peanut and assessment of health risk(2022.01.01) Abugoufa, AHA; Turhan, S; Kurnaz, A; Karatasli, MWeb of Science Determination of potentially toxic metals and natural radionuclides in airborne pollens produced different urban environments in Turkey and health risk assessment(2024.01.01) Turhan, S; Çeter, T; Altuner, EM; Karabicak, S; Çeter, S; Biyiklioglu, O; Aktas, S; Kurnaz, AWeb of Science Determination of tritium activity concentration in natural water samples(2017.01.01) Karatasli, M; Turhan, S; Kurnaz, A; Varinlioglu, A; Goren, E; Yegingil, ZWeb of Science Distribution of Elemental Compositions of Muscovite Quarries in Turkey(2022.01.01) Krista, EMA; Turhan, S; Kurnaz, A; Hancerliogullari, AWeb of Science Distribution of elemental compositions of muscovite quarries in Turkey(2022.01.01) Krista, EMA; Turhan, S; Kurnaz, A; Hancerliogullari, AWeb of Science Distribution of elemental compositions of zeolite quarries and calculation of radiogenic heat generation(2022.01.01) Turhan, S; Tokat, S; Kurnaz, A; Altikulac, AWeb of Science Ecological assessment of heavy metals in soil around a coal-fired thermal power plant in Turkey(2020.01.01) Turhan, S; Garad, AMK; Hancerliogullari, A; Kurnaz, A; Goren, E; Duran, C; Karatasli, M; Altikulac, A; Savaci, G; Aydin, AWeb of Science Environmental evaluation of natural radioactivity in soil near a lignite-burning power plant in Turkey(2017.01.01) Goren, E; Turhan, S; Kurnaz, A; Garad, AMK; Duran, C; Ugur, FA; Yegingil, ZPublication Evaluation of agricultural soil radiotoxic element pollution around a lignite-burning thermal power plant(2019-01-01) Turhan S.; Turhan, SLignite coal is a major and an essential domestic energy source in Turkey. Many environmental problems and human health hazards may arise during lignite coal exploitation, combustion, and waste (fly and bottom ash and slag) disposal. In addition, lignite-burning power plants can be significant contributors to deposition of radiotoxic elements and/or toxic heavy metals on soil and water. The concentrations of thorium (Th) and uranium (U) in a 140 agricultural soil samples collected from the vicinity of a lignite-burning thermal power plant (LBTPP), located in Kangal district of Sivas province in the Central Anatolia region of Turkey, were determined using energy dispersive X-ray fluorescence spectroscopy. The concentrations of Th and U varied from 2.9 to 12.7 μg g -1 with an average value of 5.8 μg g -1 and 0.3-12.3 μg g -1 with an average value of 1.5 μg g -1 , respectively. The radiotoxic elements pollution in agricultural soils was evaluated using pollution indices such as geo-accumulation index (I geo ), enrichment factors (E F ), pollution index (P I ) and Nemerow integrated pollution index (NIP I ). The average value of I geo , E F and P I estimated for Th and U were found as -1.8, 1.2 and 0.44 and -1.7, 1.7 and 0.58, respectively. The results indicated that the soils around Kangal LBTPP were practically unpolluted to low polluted with Th and U. The NIP I values varied from 0.3 to 4.0 with an average value of 0.6. The evaluation result of NIP I revealed that 86 % of total soil samples were non-polluted.Web of Science Web of Science Evaluation of Metal Contamination in Soil Samples Around Thermal Power Plant in Turkey(2018.01.01) Turhan, S; Altikulac, AWeb of Science Evaluation of radiological health risk caused by the use of fly ash in cement and concrete production and its storage(2024.01.01) Turhan, S; Yusof-den Jamasali
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