Background: The problem of radon (Radon-222) in water is one of the daily health hazards
faced by those in Ojo Axis, Nigeria. Therefore, continuous monitoring of radon contamination …

Uranium, apparently the most important item of heavy minerals, gains appropriate
prominence in nuclear application. The present study divided into two parts is the …

This work focuses on evaluating the potential health hazards posed by natural radionuclides
in soil samples collected from 20 different sites in the Albyda area, Yemen. The activity …

The influence of aerosol particle concentration on the activity of short-lived radon decay
products (RPDs) was investigated inside a standard radon box. The 218 Po: 214 Pb: 214 Bi …

In the present work, the effects of different types of fertilizer on the natural radioactivity
content of soil and cabbages was studied. Gamma spectroscopy Reagent NaI (Tl) was used …

Activity size distribution of the short-lived radon progeny in indoor air was measured
continuously over several weeks. Two different measurement techniques were used: a direct …

In this work, six different aerosol sources, used in everyday life, were investigated to analyze
parameters such as concentration, size distributions, and dynamics: regular and electronic …

Most of radiation hazard of indoor radon is largely due to the radon progenies, which are
inhaled and deposited in the human respiratory tract. It is essential to evaluate aerodynamic …

Although ionizing radiation is known to have detrimental effects on red blood cells, the effect
of environmental radioactivity associated with ambient particulate matter (PM) is unknown …

Particle size distribution is an important factor governing whether aerosols can be deposited
in various respiratory tract regions in humans. Recently, electronic cigarette (EC), as the …