This paper provides an in-depth discussion of the CFD implications to the design/study of
interior environments and an overview of the most widely used CFD model for indoor radon …

The radon exhalation rate of surrounding rocks in underground roadways is an important
parameter in determining radon exhalation capacity and ventilation flowrate for radon …

Abstract Based on the European Union Basic Safety Standards to protect people against
exposure to ionizing radiation, establishing and addressing the reference levels for indoor …

Advanced computational fluid dynamics (CFD) simulations are essential for predicting
airflow in ventilated spaces and assessing indoor air quality. In this study, a focus was set on …

Recently, mattresses produced from radon-emitting monazite raw materials in the
manufacturing process were found to be releasing radon, and a survey by the Korean …

Radon-free clean rooms are essential for the production and assembly of components
adopted in low-background experiments. In particular, long-lived radon decay products are …

A model that describes the pollutant sources/sinks and inlet–outlet can help to assess the
indoor exposure. Short half-life of radioactive thoron (220 Rn) makes it vital and an …

This paper treats monitoring and predicting the indoor radon activity concentration level in a
ventilated room using the Lattice Boltzmann Method (LBM), which is a numerical technique …

Presence of indoor radon and thoron due to exhalation from soil and building materials has
become increasingly recognized potential background radiation risk. This study presents the …

Radon and its descendants are the main causes of lung cancer in non-smokers. Therefore,
the study of the behavior of radon and its descendants in indoor air is of the highest …