Add to ORKGA model is developed for hydrogen isotope permeation through metals that have one side coated with a material through which the transport of hydrogen is directly dependent on the pressure of hydrogen. (MOW
International audienceIn a future hydrogen-based economy, component reliability is a key prerequisit...
International audienceIn a future hydrogen-based economy, component reliability is a key prerequisit...
We discuss the permeation of hydrogen through metals and alloys such as iron, nicket, steels and Inc...
ABSTRACT Mixed isotope techniques and experimental apparatus have been developed for determining the...
Mixed isotope techniques and experimental apparatus have been developed for determining the rates of...
Tritium is a radiologically active isotope of hydrogen. It is formed in nuclear reactors by neutron ...
Tritium is a radiologically active isotope of hydrogen. It is formed in nuclear reactors by neutron ...
The evaluation of hydrogen and its isotopes permeability and solubility in fusion oriented materials...
In gas cooled Very High Temperature Reactor concepts, tritium is produced as a tertiary fission prod...
Tritium technologies, in particular tritium extraction from lithium-lead (LiPb, 15.7 at. % Li) and t...
Tritium management in any system always will include containment such that tritium release rates wil...
This report is the first part of a comprehensive summary of the literature on hydrogen isotope perme...
Tritium permeation is a very important current issue in the very high temperature reactor (VHTR) bec...
Key words: physical fields, diffusion kinetics, hydrogen permeability. Hydrogen permeability of meta...
International audienceIn a future hydrogen-based economy, component reliability is a key prerequisit...
International audienceIn a future hydrogen-based economy, component reliability is a key prerequisit...
International audienceIn a future hydrogen-based economy, component reliability is a key prerequisit...
We discuss the permeation of hydrogen through metals and alloys such as iron, nicket, steels and Inc...
ABSTRACT Mixed isotope techniques and experimental apparatus have been developed for determining the...
Mixed isotope techniques and experimental apparatus have been developed for determining the rates of...
Tritium is a radiologically active isotope of hydrogen. It is formed in nuclear reactors by neutron ...
Tritium is a radiologically active isotope of hydrogen. It is formed in nuclear reactors by neutron ...
The evaluation of hydrogen and its isotopes permeability and solubility in fusion oriented materials...
In gas cooled Very High Temperature Reactor concepts, tritium is produced as a tertiary fission prod...
Tritium technologies, in particular tritium extraction from lithium-lead (LiPb, 15.7 at. % Li) and t...
Tritium management in any system always will include containment such that tritium release rates wil...
This report is the first part of a comprehensive summary of the literature on hydrogen isotope perme...
Tritium permeation is a very important current issue in the very high temperature reactor (VHTR) bec...
Key words: physical fields, diffusion kinetics, hydrogen permeability. Hydrogen permeability of meta...
International audienceIn a future hydrogen-based economy, component reliability is a key prerequisit...
International audienceIn a future hydrogen-based economy, component reliability is a key prerequisit...
International audienceIn a future hydrogen-based economy, component reliability is a key prerequisit...
We discuss the permeation of hydrogen through metals and alloys such as iron, nicket, steels and Inc...