The field of atmospheric dispersion modeling has evolved together with nuclear risk
assessment and emergency response systems. Atmospheric concentration and deposition …

Due to the frequently occurring disasters in the world, emergency management is an
attractive research area aiming to stabilize the disasters and reduce the potential damage to …

Due to its long half-life and volatile nature, efficient removal of iodine from different media
(such as vapor, organic solvents and water) is of primary importance for the sustainable …

The radioactive nucleus of iodine is known to have debilitating effects on human health.
Iodine exists in water in many forms, and it is difficult to accurately determine the iodine …

Modern society is confronted with emerging threats from chemical, biological, and
radiological (CBR) hazardous substances, which are intensively utilized in the chemical …

Magnesium oxide particles with different morphologies have been synthesized by using
different precursors of magnesium, and urea as precipitating agent. The as-prepared …

Abstract The Fukushima Nuclear Accident (FNA) resulted in a large amount of radionuclides
released into the atmosphere and dispersed globally, which has greatly raised public …

Rapid estimation of the release rate of source items after a nuclear accident is very important
for nuclear emergency and decision making. A source term estimation method, based on the …

When severe nuclear accidents at nuclear power plants release radioactive material into the
atmosphere, the source term information is typically unknown. Estimating the emission rate …

In case of a nuclear accident, the source term is typically not known but extremely important
for the assessment of the consequences to the affected population. Therefore the …