<p>The purpose is a case study of the ambient dose equivalent rates and the indoor radon concentration in the&#xa0;premises and basements of Saumalkol settlement, located near a dormant mine. Radon concentrations in premises ranged from 25 to 2 470&#xa0;Bq&#xa0;m<sup>−3</sup>, with an average of 956&#xa0;Bq&#xa0;m<sup>−3</sup>, resulting in an annual radiation exposure of 20&#xa0;mSv&#xa0;y<sup>−1</sup>. In contrast, basement concentrations ranged from 18 to 82 400&#xa0;Bq&#xa0;m<sup>−3</sup>, with a mean of 10 730&#xa0;Bq&#xa0;m<sup>−3</sup>, corresponding to an alarming radiation exposure of 6&#xa0;mSv&#xa0;y<sup>−1</sup>. The higher concentrations in basements are attributed to poor ventilation and proximity to a dormant mine.</p>

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Radon exposure in residential premises and basements in settlement of Northern Kazakhstan: a case study near a dormant uranium mine

  • Moldir Aumalikova,
  • Danara Ibrayeva,
  • Dinara Bizhanova,
  • Nursultan Kusherbayev,
  • Madina Kairullova,
  • Baglan Kazhiyakhmetova,
  • Aigerim Shokabayeva,
  • Kuralay Ilbekova,
  • Meirat Bakhtin

摘要

The purpose is a case study of the ambient dose equivalent rates and the indoor radon concentration in the premises and basements of Saumalkol settlement, located near a dormant mine. Radon concentrations in premises ranged from 25 to 2 470 Bq m−3, with an average of 956 Bq m−3, resulting in an annual radiation exposure of 20 mSv y−1. In contrast, basement concentrations ranged from 18 to 82 400 Bq m−3, with a mean of 10 730 Bq m−3, corresponding to an alarming radiation exposure of 6 mSv y−1. The higher concentrations in basements are attributed to poor ventilation and proximity to a dormant mine.