In a post-accident reactor environment, condensation of different species on the aerosol
particles can occur at a rapid rate which increases the mass and volume of the aerosol …

Nuclear aerosols can originate from severe core damage in light water reactors, core
disruptive accidents in fast reactors, nuclear accidents during nuclear material transport, at …

The computation of nuclear aerosol evolution is complicated, and a study of the direct
simulation Monte Carlo (DSMC) technique to elucidate the role of various physical …

Nuclear aerosols formed during nuclear reactor accidents or explosions evolve via natural
transport processes as well as under the influence of engineered safety features. These …

Aerosols are generated in many normal or accident situations associated with the nuclear
enterprise. For a good understanding and modeling of the nuclear source term, for example …

The study of the nuclear source term requires the computation of aerosol dynamics.
Solutions to the aerosol general dynamic equation (GDE) are difficult to obtain by analytical …

While many issues affect the composition and quantity of the nuclear source term, one
significant factor is the existence of aerosols. These aerosols, found in the containment …

The post-accident nuclear reactor primary and containment environments can be
characterized by high temperatures and pressures, and fission products and nuclear …

Aerosols are potentially generated both during normal operations in a gas cooled
Generation IV nuclear reactor and in all nuclear reactors during accident scenarios. These …