This paper discusses the selection of reflector materials for the core design of modular gas‐
cooled fast reactor (GFR). Ideally, the reflector materials can be recycled, compatible with …

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 …

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 …

The core configuration analysis of modular Gas-cooled Fast Reactor (GFR) has been done
to understand GFR performance. The modular GFR used a fast neutron spectrum and high …

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 …

Abstract The Molten Salt Reactor (MSR) is a type of reactor in which coolant and fuel are
blended with liquid salts. Liquid fuel enhances heat transfer and temperature control …

As the demand for nuclear energy keeps rising, Generation IV reactor designs continuously
improve. One such potential reactor design is the Gas-cooled Reactor. Neutronic analysis is …

GFR or Gas-cooled Fast Reactor is one type of fast generation-IV that uses a very high
cooling temperature. Thus, it is necessary to have the right reactor core design so that the …

The power peaking factor (PPF) is an important parameter that needs to be considered to
maintain the reactor's stability, safety and efficiency. The present study discusses the power …

A long-life CANDLE burn up strategy has been performed to determine the start-up core
design and power flattening of core configuration for 600 MWt rating. The initial core of fuel …