Examining of regional radon gas in spring water resources the area of Sile-Kandıra-İzmit and Sakarya University radon awareness survey
Is this your thesis?
This record came from a bulk archive import. If it’s yours, link it to your profile.
Abstract (EN)
İn the first part of this thesis, the natural radioactivity level have been measured for the spring water samples collected from different locations of city of Sıle-Kandıra- Izmıt in order to provide a radiological risk map. Regarding to this aim, the activity concentrations of 222Rn in the water samples collected from different regions of Sıle-Agva-Kandıra, have been measured by the method "RAD7". The results of the analysis are: Maximum Radon activity 7,810 Bg/L, minimum Radon activity 0,334 Bg/L. However, the reported values in this study are lower than the levels of action recommended by different world monitoring agencies; US EPA, UNSCEAR, etc. Therefore, we can say that the spring waters does not constitute any health hazard for the life of the people in this region. In the second part of the study, with a total of 1,779 people Radon awareness surveys were carried out, including academic staff, students and administrative staff of Sakarya University. The results were analyzed in excel and C++ programs and statistical results were explained.
Author
Nurgül Uludağ
Institution
How to Cite
Nurgül Uludağ (Master Thesis). Examining of regional radon gas in spring water resources the area of Sile-Kandıra-İzmit and Sakarya University radon awareness survey, 2018, Sakarya University.
Keywords
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Sakarya University
- Turkey according to the records of the House of Commons (1918-1922)(2011)
- Mawlana Yaqub-i Charkhi And His tafsir(2024)
- Research of teachers' attitudes and self-efficacy perceptions towards distance education application(2024)
- Social policy towards the convicts and ex-convicts in Turkey(2016)
- Karl R. Popper`s democracy approach(1998)
- Investigation of the effect of boric acid addition to bath composition on the properties of nickel coatings deposited from nickel sulfamate baths(2025)
