During nuclear accidents, large amounts of short-lived radionuclides are released into the
environment, causing acute health hazards to local populations. Therefore, it is particularly …

This article focuses on the formation of complex trajectories of radiological background fields
for atypical accidental discharges of radioactivity into the atmosphere during very low wind …

The release source term of radioactivity becomes a critical foundation for emergency
response and accident consequence assessment after a nuclear accident Rapidly and …

Ambient gamma dose rate (GDR) is the primary observation quantity for nuclear emergency
management due to its high acquisition frequency and dense spatial deployment. However …

The development of the source inversion algorithm is described which allows for estimation
of the release rates of multiple nuclides and source height with the use of gamma dose rate …

Since the Chernobyl disaster in 1986, decision support systems and modelling tools have
been utilized in response to nuclear and radiological emergencies. The java-based real …

The United Arab Emirates (UAE) built four nuclear power plants at the Barakah site to supply
25% of the region's electricity. Among the Barakah Nuclear Power Plants,(BNPPs), their …

Deuterium (D) and tritium (T) have been regarded as the first-generation fuels to achieve
commercial fusion energy. However, the use of radionuclide tritium brings radioactive safety …

The method of estimation of time dependent rate and nuclide composition of the release
following accident at NPP using gamma dose rate (GDR) measurement was proposed in [1 …

An inverse source estimation method is proposed to reconstruct emission rates of multi-
radionuclides using local gamma dose rate measurements under the data assimilation …