The pebble bed high temperature gas-cooled reactor is a promising generation-IV reactor,
which uses large fuel pebbles and helium gas as coolant. The pebble bed flow is a …

Abstract The Fe 3 O 4@ MIL-100 (Fe) hybrid composites are successfully synthesized via an
in-situ growth method and characterized using various techniques. The ability of the …

Abstract Background Nine COVID-19 (Corona Virus Disease, 2019) cases were observed in
one community in Guangzhou. All the cases lived in three vertically aligned units of one …

This paper presents underground coal fires (UCF) induced natural ventilation through a U-
shaped porous channel. Height of the U-shaped channel (the fire depth) is one of key …

Tristructural isotropic (TRISO) fuel particles have been primarily developed for high-
temperature gas-cooled nuclear reactors and can be subjected to oxidizing environments for …

Validation and verification (V&V) is important and receives significant attention during the
design and analysis of the nuclear power plant. As the first commercial modular high …

Thin film diffusion barriers are inevitable in nuclear reactors for preventing the release of
radioactive waste products. The combination of chemical stable silicon carbide (SiC) and …

Air ingress is a critical accident in HTGR design, caused by a rupture in the coolant pipe. It
leads to the oxidation of hot graphite at high temperatures, resulting in mechanical …

The oxidation of the matrix graphite due to air-ingress accidents creates a risk of the
exposure of TRISO fuel particles and local re-criticality for high temperature gas-cooled …

Abstract High Temperature Gas-cooled Reactor (HTGR), which plays an important role in
the worldwide development of Generation-IV nuclear energy technology, is well-known for …