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KMID : 0357520210440050489
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Journal of Radiological Science and Technology
2021 Volume.44 No. 5 p.489 ~ p.494
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Analysis of Radioactivity Concentrations in Cigarette Smoke and Tobacco Risk Assessment
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Lee Se-Ryeong
Lee Sang-Bok
Kim Jeong-Yoon
Kim Ji-Min
Bang Yei-Jin
Lee Doo-Seok
Jo Hyung-Joon
Kim Sung-Chul
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Abstract
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In this study, radioactivity quantitative analysis was performed on radon contained in cigarette, and the effective dose was calculated using the result value to determine the amount of exposure caused by smoking. A total of 5 types of cigarettes were sampled. Cigarette smoke was collected by using activated carbon, and tobacco were measured by homogenizing for quantitative analysis. For each sample, Bi-214 and Pb-214 were subjected to gamma nuclide analysis to observe the uranium-based radioactive material contained in cigarette, and a measurement time of 30,000 seconds was set for the sample based on the results of previous studies. As a result of measuring the radioactivity of tobacco, a maximum of 0.715 Bq/kg was derived, and in the case of cigarette smoke measured using activated carbon, a maximum of 3.652 Bq/kg was derived. Using this measurement, the average effective dose to the lungs is 0.938 mSv/y, and it was found that there is a possibility of receiving exposure up to 1.099 mSv/y depending on the type of tobacco. It was found that the exposure dose due to cigarette occupies a large proportion of the annual effective dose limit for the general public. Therefore, more diverse studies on radioactive substances in cigarette are needed, and measures to monitor and reduce the incidental exposure to radon should be established.
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KEYWORD
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Cigarette smoke, Tobacco, Radon, Effective dose, Radioactivity
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