This study was conducted to evaluate the influence of thermal retrofit on radon levels in
workrooms, and to determine whether the radon concentration in the building changes after …

Radon mapping and seasonal radon studies have been carried out within the communities
around the Ghana Atomic Energy Commission (GAEC), using ArcMap geostatistical …

In this paper, we report the results of seasonal variations of indoor radon and thoron
concentrations, equilibrium factors for gas progeny, and radiological risks to dwellers in the …

Exposure to tobacco smoke and radon cause lung cancer. Radioactive decay of naturally
occurring uranium in bedrock produces radon. Seasonality, bedrock type, age of home, and …

Abstract 222Rn activity was measured in Asansol city and the adjacent mining area, West
Bengal, India. 222Rn concentrations were found to vary in the range 6.4–145, 1080–91002 …

Global urbanization and increased emissions worsen air pollution, impacting both the
environment and health. Despite initiatives like Pakistan's Clean Air Program and monitoring …

Radon anomalies have been used for predicting earthquakes since radon is one of the most
effective precursors. The radon time series analysis is the crucial phase to demonstrate the …

Abstract LR-115 Solid State Nuclear Track Detector (SSNTD) is commonly utilized for
quantifying indoor radon-thoron levels, by tallying the tracks formed in the films by exposure …

The paper presents the seasonal variation of outdoor radon levels and the measured lung
dose to the population of the Belagavi region of India. The outdoor radon levels were …

Naturally occurring radioactive gases which tend to build up (radon and thoron) in indoor
environs can cause deleterious health effects including the development of lung cancer. The …