The helical cruciform fuel was potential to upgrade the core power density while maintaining
the safety margin of a reactor. However, the detailed analysis on the boiling phenomena …

The helical cruciform fuel (HCF) is promising to improve the power density and safety margin
of reactors core by its advantages in the heat transfer area-to-volume ratio and continual …

The helical-cruciform fuel (HCF), with four-petalled twisted blades, is potential to improve the
core power density while maintaining the safety margin for the current reactors. However …

Fluoride salt serves as a coolant in the fluoride-salt-cooled high-temperature reactor and
flows through the reactor core to remove heat produced by the nuclear fuel. To enhance the …

Recently, diverse marine applications of nuclear power are being considered to meet the
carbon reduction goals in the maritime industries. One of the distinctive characteristics of …

The helical fuel rod is a kind of axially twisted fuel element with a three or four-petaled
profile. The helical fuel rod assembly assembled by helical fuel rods against one another in …

Abstract Fluorine High-temperature Reactor (FHR) is a novel reactor type without water-
cooling, but with a high outlet temperature. Small Modular FHR is convenient for modular …

The physics-informed neural network (PINN) has received much attention in the field of
partial differential equation (PDE) solving due to its adaptability to different governing …

The helical cruciform fuel (HCF) is an innovative fuel design. Its cross section is cruciform in
shape and gradually rotates along the axial direction. This structure makes HCF has lots of …

Floating nuclear power plants (FNPPs) have garnered attention as a promising solution to
provide clean energy and seawater desalination, addressing the energy needs of remote …