Mudhafar Ahmed Al-kubaisi, A., Obeed Farhan, A. (2018). Measurement of the radioactivity in raw materials used in the ceramic industry in AL-Ramadi ceramic factory using (HPGe) detector. , 58(1), 307-313.
Ahmed Mudhafar Ahmed Al-kubaisi; Ahmed Obeed Farhan. "Measurement of the radioactivity in raw materials used in the ceramic industry in AL-Ramadi ceramic factory using (HPGe) detector". , 58, 1, 2018, 307-313.
Mudhafar Ahmed Al-kubaisi, A., Obeed Farhan, A. (2018). 'Measurement of the radioactivity in raw materials used in the ceramic industry in AL-Ramadi ceramic factory using (HPGe) detector', , 58(1), pp. 307-313.
Mudhafar Ahmed Al-kubaisi, A., Obeed Farhan, A. Measurement of the radioactivity in raw materials used in the ceramic industry in AL-Ramadi ceramic factory using (HPGe) detector. , 2018; 58(1): 307-313.

Measurement of the radioactivity in raw materials used in the ceramic industry in AL-Ramadi ceramic factory using (HPGe) detector

Iraqi Journal of Science
Article 1, Volume 58, Issue 1, 2018, Pages 307-313
Authors
Ahmed Mudhafar Ahmed Al-kubaisi; Ahmed Obeed Farhan
Abstract
In this research, we have measured specific activity concentrations in five samples for raw materials used in ceramic industry in AL-Ramadi ceramic factory by using (HPGe) detector. The results have shown that, the average specific activity, for 238U, 232Th and 40K are equal to (18.300±6.4 Bq/kg), (17.988±6.1 Bq/kg), (167.952±63.5 Bq/kg), respectively. In order to assess the radiological hazards of the radioactivity in samples, radium equivalent activity, absorbed gamma dose rate, indoor and outdoor annual effective dose rates, gamma Index and both (external and internal) hazard effects have been calculated. All results were found to be less than the allowed global limit given by (UNSCEAR, 2000).
Keywords
Radioactivity; HPGe; specific activity; ceramic industry
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