MADISON - RJH - Jules Horowitz Reactor

Q: MADISON

Multirod Adaptable Device for Irradiation of [fusion_tooltip title="Light-Water Reactor. LWR is a type of thermal-neutron reactor that uses normal water, as opposed to heavy water, as both its coolant and neutron moderator; furthermore a solid form of fissile elements is used as fuel. Thermal-neutron reactors are the most common type of nuclear reactor, and LWR are the most common type of thermal-neutron reactor. " placement="top" trigger="hover" class="" id=""]LWR[/fusion_tooltip]’s Fuel Samples Operating in Normal conditions This is a loop-type experimental device designed to study the behaviour of nuclear fuels under static conditions in a thermohydraulic environment representative of a nuclear power plant with varying baking times though without cladding failure (contrary to the [fusion_tooltip title="Fuel Irradiation CApsule. This is a capsule-type experimental device designed to study the behaviour of nuclear fuels in static conditions up to the deterioration/ failure of the cladding by varying the baking time. This device will be used to test fuel ageing and deterioration, as well as to study new fuels.” placement="top" trigger="hover" class="" id=""]FICA[/fusion_tooltip] device). This makes it an ideal device for testing fuel ageing and deterioration, as well as for studying new fuels.

MADISON

Multirod Adaptable Device for Irradiation of LWR’s Fuel Samples Operating in Normal conditions

This is a loop-type experimental device designed to study the behaviour of nuclear fuels under static conditions in a thermohydraulic environment representative of a nuclear power plant with varying baking times though without cladding failure (contrary to the FICA device). This makes it an ideal device for testing fuel ageing and deterioration, as well as for studying new fuels.

prestissime2022-03-22T14:41:32+01:0015 February 2022|Lexique GB|