Determination of Uranium Contents in Soil Samples in AL-Hamdaniya Region Using Solid State Nuclear Track Detector CR-39
Keywords:Uranium Concentration, Radon Activity, Hamdaniya Region, SSNTD’s, CR-39.
AbstractUranium is a common radioactive element in Earth’s crust (soil, rock), so it is important there quantity to be under control. The concentration of uranium in soil varies widely, Depending on the geological location, its concentration in the surface soil vary from 0.1 mg.Kg-1 (ppm) to 20 mg.Kg-1 (ppm) with a world average of 2.8 ppm and the allowed limit that equals 11.7 ppm. The uranium concentration, radon activity, radon concentration, in twenty soil samples collected from AL-Hamdaniya region (East of Mosul city) were measured using the sealed-can technique based on the CR-39 SSNTDs. The estimated values for the uranium activity which equal to radon activity at secular equilibrium were found vary between (581.11-1453.5) mBq with mean value 905.89 mBq, the uranium concentration are between (0.313-0.784) ppm with mean value of 0.488 ppm. All values of the samples under the test are below of allowed limit and world average value.
Bochicchio F., McLaughling J. and Piermattei S., “Radon in indoor air”, (European Collaborative Action, Report, No. 15 , P. 50, (1995).
Taskin H., Pinar A., Karavus M., and Karahan G., "Radionuclide concentrations in soil and lifetime cancer risk due to gamma radioactivity in Kirklareli Turkey", Journal of environmental radioactivity, Vol.100(1), (49-53), (2009) .
White R. E.,”Principles and practice of soil science: the soil as a natural resource”. (John Wiley & Sons), (2013) .
Steven H. Brown, “Uranium : A Citizen’s Guide to Uranium” Health Physics Society Specialists in Radiation Safety http://hps.org/documents/uranium_fact_sheet.pdf , (2011)
Todorov P., and Ilieva E. N.,"Contamination with uranium from natural and anthropological sources", Rom. Journ. Phys., Vol.51(1-2), (27-34), (2006) .
Dyck W.,“Application of Hydro Geochemistry to the Search of Uranium”, Economic Geology Reports, 31, 489- 510, (1979) .
Tanner A.B.,“Radon Migration in the Ground: A Supplementary Review. In: Gesell, T.F. and Lowder, W.M., Eds., The Natural Radiation Environment III”, National Technical Information Services, National Technical Information Service, Springfield , 5-56, (1980) .
Sahoo S. K., “Measurement of uranium and its isotopes at trace levels in environmental samples using mass spectrometry”, Indian J. Phys., 83 (6) 787-797, (2009) .
UNSCEAR“Sources and effects of Ionizing Radiation,Report to the General Assembly, (NewYork : United Nations), Vol. I., (2000) .
UNSCEAR, United Nations Scientific Committee on the effect of Atomic Radiation, “Sources, Effect, and Risks of Ionizing Radiation”, (Report to the general Assembly with Scientific Annexes, United Nation). (1993).
Bashair M. Saied, Raad M. Al-Khafaji, and Auday T. Al-Bayati, “Measurement of Uranium Concentration in the Soil Samples by Using Solid State Nuclear Track Detectors (SSNTDs)” IJSRST: Science and Technology, [(2)4: 130-135 ] , (2016) .
Fleischer R. L., Price P. B. and Walker R.M.,”Nuclear Tracks in Solids, Principles and Applications. (Berkeley, USA, University of California Press), (1975) .
Misdaq M. A. and Ouabi H.,"238U and 232Th concentrations in various potable waters in Morocco", J. of Rad. Analy. Nucl. Chem., Vol.270(3), (543-553), (2006) .
Nisar Ahmad, Mohamad Suhaimi Jaafar, Sohail Aziz Khan, Tabassum Nasir, Sajjad Ahmad and Muhammad Rahim,“ Measurment of Radon Exhalation Rate , Radium Activity and Annual Effective Dose from Bricks and Cement Samples Collected from Dera Ismail Khan”, American Journal of Applied Scince, 11(2) p. 240-247, (2014) .
Hamza V. Z., and Mohankumar M. N.,“Cytogentic Damage in Human Blood Lymphocytes Exposed in Vitro to Radon” Mutation Research, 661, p.1-9, (2009) .
Marcia Pires de Campos and Elaine Wirney Martins,” Calibration of the Solid State Nuclear Track Detector CR-39 for Radon Measurments” , Associacao Brasileira De Energia Nuclear –ABEN , ISBN: 978-85-99141-02-1,(2007) .
Somogi G., Hafiz A., Hunyadi I. and Toth-Szilagyi M., “Measurement of Exhalation and Diffusion Parameters of Radon in Solids by Plastic Track Detectors” ,Nucl. Track Radit. Meas., 12(1-6), p. 701-704, (1986) .
AL-Bataina B. A., Ismail A. M., Kullab and et.al,” Radon Measurement in different type of nature waters in Jorden” , Radiation Measurement, 28(1-6); 591-594, (1997) .
Ahmad M. , “Employment SSNTD (CR-39) to Detect Radioactive Pollution of DU in a Particular Region from Salahadeen Governorate” Proceeding in Ist Scientific Conference for College of Science University of Tikrit. Iraq, pp295, (2011) .
Michael F. Annunziata,” Radioactivity Introduction and History”, Ist edition USA, ( 2007) .
Podgorsak E.B., “Basic Radiation Physic”, Radiation oncology physics, IAEA in Austria, Ch.1, pp1, (2005).
Sroor A., El-Bahi S.M., Ahmed F., and Abdel-Haleem A.S.,” Natural Radioactivity and Radon Exhalation rate of Soil in Southern Egypt” Applied Radiation and Isotopes, vol.55, pp873, (2001) .
Samuel S.M., ” Introductory Nuclear Physic”, 2nd Edition, University of Toronto (2004) .
Abojassim Ali A., “Uranium Concentrations measurement for Ground Water and Soil Samples in Al-Najaf/Iraq “ , IOSR Journal of Applied Chemistry (IOSR-JAC), Volume 6, Issue 5, PP 61-65, (2014) .
Ali M. Mohammad, Israa k. Ahmed and Yasir S. Ahmed,” Measurement of Uranium Concentration in Some Soil Samples in Jalawla'a City Using CR-39 Detector”, Journal of Al-Nahrain University, Vol.16 (1), pp.112-116, ( 2013) .
Kamal O. Abdullah, Salar Z. Muhammed, and Adil M. Hussein “Assessment of Rn and U Concentrations in the Soil of Qadafery, Kalar and Zarayan Located in Sulaimani Governorate of Kurdistan Region- Iraq” , American Journal of Environmental Protection ; 4(1): 40-44, ,(2015) .
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