Accumulation of abraded graphite dust is a major concern during a potential accident in high-
temperature gas-cooled reactors (HTGR). AVR experiments indicated that it is of great safety …

Presence of radioactive dust, and also potential for its release, are considered important
issues as regards the safety of high temperature gas cooled reactors, especially the pebble …

The radioactive dust in the primary loop of high-temperature gas-cooled reactors (HTGRs) is
one of the key challenges to operational safety, particularly in the event of depressurization …

The impact of graphite dust on structural equipment is a potential safety hazard in HTGR.
The present study focuses on the graphite particle deposition process on the deflector in the …

The process and effluent radiation monitoring system can provide information about kinds of
the radionuclide and activity concentrations, which is indispensable, important, and peculiar …

We proposed an identification method for the temperature measuring pebbles during the
discharge process in the transition core of the 10 MW high temperature gas-cooled test …

It has been received wide attentions to investigate the radioactive graphite dust in the
primary circuit since it was thought to be related to the safety of the pebble bed high …

The high temperature gas-cooled reactor pebbled-bed module (HTR-PM) which is a
modular high temperature gas-cooled reactor demonstration power plant, is characterized …

In the high temperature gas-cooled reactors, the dust safety issues have been received wide
attentions, especially in the pebble bed reactors. Dust complicated the prediction of fission …