Micro nuclear reactors with small sizes have a wide range of applications. The present study
discusses the lightweight core design for a micro‐transportable gas‐cooled thermal reactor …

This study investigates the neutronics characterization of the Allegro-75 MW th modular
reactor by analyzing three alternative heterogeneous core configurations-axial, radial, axial+ …

This paper provides a deep analysis of the possibility of utilizing uranium–zirconium metallic
alloys as Accident Tolerant Fuel (ATF) in the AP-1000 nuclear power reactor. MCNPX 2.7 …

This paper discusses design selection with variation of the height‐to‐diameter (H/D) ratios
and core‐blanket configuration for a long‐life modular gas‐cooled fast reactor (GFR). The …

Detailed neutron transport simulation has undergone much investigation in advanced
reactor engineering, where the adaptability of complex geometrics and the simplicity of …

The core design concept for Gas-cooled Fast Reactors (GFR) is currently under
development. In this paper, the reflector design for the 75 MW refractory core of GFR …

The natural circulation loop has become a crucial topic for investigating a heat transfer
system without a recirculation pump. This study aimed to analyze the steady-state condition …

This study focused on a conceptual core configuration of Gas Cooled Fast Reactor (GFR), as
part of a generation IV reactor. Uranium-plutonium carbide (UC-PuC) was used as reactor …

In continuation of previous research work, this study investigated the neutronic behavior of
ABR-1000 using OpenMC simulations with nine different reflector materials in axial and …

Nuclear data libraries playian important role in the accuracy of neutronic aspect calculations,
which determine various factors in a nuclear reactor design. Likewise, deterministic or Monte …