Graphite dust is the important contents of source term for safety analysis of high temperature
gas-cooled reactors (HTGR). The spherical fuel element circulation in a pebble bed reactor …

Particle deposition in duct air flow over a forward-or backward-facing step was investigated
by Reynolds stress model with velocity fluctuation correction combined with discrete particle …

Particle agglomeration, wall deposition and resuspension are inherent to many industries
and natural processes, and often inter-connected. This work looks into their relation in a …

The continuous generation of graphite dust particles in the core of a high-temperature
reactor (HTR) is one of the key challenges of safety during its operation. The graphite dust …

Abstract Characterization of graphite particles (dust) produced by the rotational abrasion that
would occur in a shifting pebble bed reactor is of interest for purposes of maintenance …

Previous studies on the safety of gas-cooled high-temperature reactors (HTR) have
analyzed the corrosion and oxidation behavior of the primary circuit components under …

abstract Particle agglomeration, wall deposition and resuspension are inherent to many
industries and natural processes, and often inter-connected. This work looks into their …