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

The paper investigates a practical problem of finding optimal locations of radiometric
detectors for the automatic early warning measurements around nuclear facilities. The …

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 …

Long-term consequences of radionuclide contamination of the Arabian Gulf as a result of
hypothetical accidents at the Bushehr and Barakah nuclear power plants (NPPs) were …

Emergency response applications for nuclear or radiological events can be significantly
improved via deep feature learning due its ability to capture the inherent complexity of the …

The accidents in Chernobyl and Fukushima remind us that nuclear power plants should
continuously invest resources in improving safety and in risk management. This paper …

A computationally efficient source inversion algorithm was developed and applied with the
Lagrangian atmospheric dispersion model DIPCOT. In the process of source location …

This paper describes the main research lines of the Karlsruhe Institute of Technology (KIT)
relevant to Light Water Reactors (LWR) that permit both the safety evaluation of different …

The intent of minimizing the impact of the large amount of radioactive material potentially
released into the atmosphere in a nuclear event implies preparedness activities. In the early …

The estimated source term, dose results and radiological consequences of selected
accident sequences in the Greek Research Reactor–1 are presented and discussed. A …