tThe properties of graphite samples from the thermal column of a material testing reactor and from theinternals of two different nuclear power reactors were investigated regarding the thermal release oftritium and radiocarbon. These reactor types have been selected due to the different conditions underwhich graphite has been irradiated with neutrons during the operating time of these reactors. Based onthe findings, options for thermal treatment of irradiated graphite are discussed in order to facilitate itsfinal disposal
Experiments are described in which the change in thermal conductivity of U-impregnated graphite unde...
Graphite has historically been used as a moderator material in nuclear reactor designs dating back t...
Aspects of handling irradiated graphite during decommissioning uranium-graphite reactors (UGR) of di...
International audienceDue to its excellent moderator and reflector qualities, graphite was used in C...
The European Project on ‘Treatment and Disposal of Irradiated Graphite and other Carbonaceous Waste ...
International audienceImpurities in nuclear graphite can become neutron-activated during operation, ...
Presented at the NuMat 2014 Conference, 27–30 October 2014, Clearwater, Florida, USA.International a...
Worldwide over 250 000 tons of neutron irradiated graphite from nuclear reactors were temporarily re...
Preliminary results of a broad irradiation program on graphite are reported. Within this program gra...
The locations and the chemical forms (chemical bonds) of radionuclides in neutron-irradiated nuclear...
A large number of nuclear reactors with graphite as moderator and reflector material are facing to b...
COMPARISON Of IRRADIATION DAMAGE IN ARTIFICIAL AND NATURAL GRAPHITE AT DIFFERENTIRRADIATION TEMPERAT...
Graphite elements of nuclear power plants accumulate in time a small amount of uranium, radionuclide...
This thesis investigates graphites used in nuclear materials engineering applications – so called nu...
Pile grade A (PGA) graphite was used as a material for moderating and reflecting neutrons in the UK'...
Experiments are described in which the change in thermal conductivity of U-impregnated graphite unde...
Graphite has historically been used as a moderator material in nuclear reactor designs dating back t...
Aspects of handling irradiated graphite during decommissioning uranium-graphite reactors (UGR) of di...
International audienceDue to its excellent moderator and reflector qualities, graphite was used in C...
The European Project on ‘Treatment and Disposal of Irradiated Graphite and other Carbonaceous Waste ...
International audienceImpurities in nuclear graphite can become neutron-activated during operation, ...
Presented at the NuMat 2014 Conference, 27–30 October 2014, Clearwater, Florida, USA.International a...
Worldwide over 250 000 tons of neutron irradiated graphite from nuclear reactors were temporarily re...
Preliminary results of a broad irradiation program on graphite are reported. Within this program gra...
The locations and the chemical forms (chemical bonds) of radionuclides in neutron-irradiated nuclear...
A large number of nuclear reactors with graphite as moderator and reflector material are facing to b...
COMPARISON Of IRRADIATION DAMAGE IN ARTIFICIAL AND NATURAL GRAPHITE AT DIFFERENTIRRADIATION TEMPERAT...
Graphite elements of nuclear power plants accumulate in time a small amount of uranium, radionuclide...
This thesis investigates graphites used in nuclear materials engineering applications – so called nu...
Pile grade A (PGA) graphite was used as a material for moderating and reflecting neutrons in the UK'...
Experiments are described in which the change in thermal conductivity of U-impregnated graphite unde...
Graphite has historically been used as a moderator material in nuclear reactor designs dating back t...
Aspects of handling irradiated graphite during decommissioning uranium-graphite reactors (UGR) of di...