Progress of severe accident (SA) can be divided into core degradation and post core
meltdown. An important phenomena during severe accidents is the hydrogen generation …

Severe accident in a water-cooled nuclear power plant may lead to the production and
release of hydrogen. If hydrogen forms flammable gas with air and steam in the containment …

This paper proposes using sodium-cooled fast reactor technologies for use in hydrogen
vapor methane (SMR) modification. Using three independent energy rings in the Russian …

The containment system serves as the last barrier against the release of fission products.
However, over pressurization or hydrogen detonation can compromise its effectiveness, as …

The aim of the present study was to develop model for detonation cell sizes prediction based
on a deep artificial neural network of hydrogen, methane and propane mixtures with air and …

This work proposed a new method for prediction of hydrogen Deflagration to Detonation
Transition (DDT) on the basis of oxygen concentration in the presence of inerting diluents …

The generic severe accident management guidelines (SAMG) were developed as a
response to TMI-2 accident to improve the defense-in-depth (DiD) concept of light water …

In the present study, we investigated the velocity distribution, temperature distribution and
condensation characteristics of steam jet issuing from four different orifice nozzles with a …

As an essential part of hydrogen removal system in nuclear power plants, PARs could
effectively eliminate released hydrogen and prevent potential hydrogen combustion during …

It is necessary to evaluate the released gases distribution (especially hydrogen) to avoid
hydrogen accumulation and maintain containment integrity against the pressure loads due …