The interaction between hydrogen isotopes and graphite at temperatures of 500–800° C
and a few Pa partial pressure is of importance to the management of tritium produced in …

Tribology studies in argon of nuclear graphite previously degassed at 600° C show lower
friction and wear at 600° C than at room-temperature: the COF decreases from 0.55 (14) to …

The redox effect of activation reactions in molten salts has been previously qualitatively
defined but never quantified. Here, we quantify the corrosion effects of neutron activation of …

The small modular helium-xenon cooled reactor has the advantages of simple and compact
system structure, short construction cycle, light weight and small volume, which is very …

With previously developed experimental methods which include the preparation and
measurement process for the graphite sample, two new irradiated graphite spheres with …

Tritium (3H) has been increasingly researched when assessing the environmental impact of
nuclear reactors and other nuclear facilities because it is widely present in nuclear systems …

ABSTRACT CARBON DUST IN PRIMARY COOLANT OF RDE: ITS PROBLEM AND
SOLUTION. There are two kinds of impurities in primary coolant of Reaktor Daya …

The very high temperature reactor (VHTR) is a development of the high-temperature gas-
cooled reactors (HTGRs) and one of the six proposed Generation IV reactor concept …

Accurately monitoring and effectively controlling the tritium compounds based on their ro-
vibrational energy structure are important issues in various nuclear systems. Because of …

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 …