In this study, a novel approach has been investigated by using a mixture of thorium and
molten salts as a dual-purpose coolant and medium for the production of fissile fuel in a …

In this study, the effects of changing first wall materials and their thicknesses on a reactor
were investigated to determine the displacement per atom (DPA) and gas production …

Neutron irradiation is one of the most concerning issues to design plasma facing
components and reactor inner structures in fusion devices, especially for high power density …

Accelerator‐driven systems (ADSs) are investigated for long‐lived fission product
transmutation and fuel regeneration. The aim of this paper is to investigate the nuclear fuel …

Aiming at the difficulty of designing flexible shielding materials for lightweight and complex
structures, the radiation shielding simulation model of coated fabric was established by …

Accelerators Driven Systems (ADS) are an innovative type of nuclear system, which is useful
for long-lived fission product transmutation and fuel regeneration. The ADS consist of a …

The radiation shielding simulation model of coated fabric (flexible composite) was
established for the first time by SuperMC nuclear simulation software to help solve the …

Layer thickness for transuranic transmutation in a fusion–fission system was evaluated using
two different ways. In the first one, transmutation layer thicknesses were designed …

A sub-critical advanced reactor based on Tokamak technology with a D–T fusion neutron
source is an innovative type of nuclear system. Due to the large number of neutrons …

Abstract Using Monte Carlo N-Particle (MCNP5), three different Tokamak models using
different geometries were simulated, maintaining some basic parameters from the ITER …