Abstract

Radon could be a natural hot gas while not odor, color or style. It found rocks, soil, concrete and bricks. The measurements of 222Rn concentration in a total of twelve completely different soil samples in kombolcha city were investigated. The concentrations were measured by alpha qualitative analysis detection technique with Corentium digital element detector. Within the general population, element exposure could be an explanation for carcinoma. The aim of a system was to assess the danger of hot element exposure to human health. Knowledge regarding health risks is vital, and efforts may be created to guard against associated health issues. Underneath the surface, there is a much better chance of reducing the impact of element exposure on public health and resulting in more practical interference with a variety of respiratory organ diseases. Many scientific and health organizations, including the World Health Organization, consider element gas to be hepatotoxic to humans. The elements that have the greatest impact on the human environment, with a focus on metastasis diseases. The hot gassy part is found in most building materials, and thus the land on which the buildings are built is created. One of the most important challenges that we have a tendency to face nowadays in the field of pollution is element pollution's thought-about as a hot part emitting continuous radiation throughout its short era. Several researchers have recently expressed an interest in studying the effects of element on human health, as it is regarded as one of the most common indoor air contaminants due to its malignant neoplastic disease properties.

Highlights

  • Radon is a naturally occurring radioactive gas produced as a direct result of the decay of uranium and thorium in soil and rocks [1]

  • The main health risk associated with long-term, elevated radon exposure is an increased risk of developing lung cancer, which depends on radon concentration and dose

  • The presented study was to identify amount of radon dose in different index and findings that have assessed the risk of lung cancer caused by indoor radon, using relevant technical studies

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Summary

Introduction

Radon is a naturally occurring radioactive gas produced as a direct result of the decay of uranium and thorium in soil and rocks [1]. As a naturally occurring radioactive material, radon is present in various concentrations in the air, and it is estimated that radon leads to approximately half of the average annual natural background radiation [2]. The objective of this work was to develop and test a method of assessing the impact of radon on human health and the risks associated with that as well [6]. To evaluate the risk of radon exposure, a tentative procedure was developed [8]. Radon forms in the soil and rock upon which a house is built, exhalation from building materials is another potential cause of radon in the indoor environment [9]

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