Hydrogen release characteristics of Al-Li alloys at room temperature were examined by liquid scintillation analysis of tritium which has been doped electrolytically in the bulk specimen. The tritium, release showed quantitatively that both solubility and mobility of hydrogen in the alloy is strong functions of lithium concentration in the matrix suggesting the nature of tritium trapping micro-structures
Several methods for tritium recovery from liquid lithium, Li-Pb eutectic alloy, aqueous salt solutio...
Stainless-steel specimens of 15 mm square and 0.5 mm thickness in which tritium was dissolved with a...
New tritium breeding materials that maintain large tritium breeding ratio for thermonuclear fusion r...
In deuterium-tritium fusion reactors currently under design, the production of tritium is accomplish...
This paper described measurements of (1) the distribution of tritium and helium throughout both phas...
Tritium release from lithium aluminate, although previously investigated by both in-reactor and ex-r...
Lanthanum-nickel-aluminum (LANA) alloys will be used to pump, store and separate hydrogen isotopes i...
HAL is a multi-disciplinary open access archive for the deposit and dissemination of sci-entific res...
Light alloys such as Al-Li binary alloys are very important from the technological point of view due...
Light alloys such as Al-Li binary alloys are very important from the technological point of view due...
From joint meeting of the American Nuclear Society and the Atomic Industrial Forum and Nuclear Energ...
Hydrogen dissolves in and permeates through most materials, thus it is important to understand the p...
Hydrogen dissolves in and permeates through most materials, thus it is important to understand the p...
For deuterium–tritium fusion reactor, the fuel of tritium is not available naturally. Tritium should...
Light alloys such as A1-Li binary alloys are very important from the technological point of view due...
Several methods for tritium recovery from liquid lithium, Li-Pb eutectic alloy, aqueous salt solutio...
Stainless-steel specimens of 15 mm square and 0.5 mm thickness in which tritium was dissolved with a...
New tritium breeding materials that maintain large tritium breeding ratio for thermonuclear fusion r...
In deuterium-tritium fusion reactors currently under design, the production of tritium is accomplish...
This paper described measurements of (1) the distribution of tritium and helium throughout both phas...
Tritium release from lithium aluminate, although previously investigated by both in-reactor and ex-r...
Lanthanum-nickel-aluminum (LANA) alloys will be used to pump, store and separate hydrogen isotopes i...
HAL is a multi-disciplinary open access archive for the deposit and dissemination of sci-entific res...
Light alloys such as Al-Li binary alloys are very important from the technological point of view due...
Light alloys such as Al-Li binary alloys are very important from the technological point of view due...
From joint meeting of the American Nuclear Society and the Atomic Industrial Forum and Nuclear Energ...
Hydrogen dissolves in and permeates through most materials, thus it is important to understand the p...
Hydrogen dissolves in and permeates through most materials, thus it is important to understand the p...
For deuterium–tritium fusion reactor, the fuel of tritium is not available naturally. Tritium should...
Light alloys such as A1-Li binary alloys are very important from the technological point of view due...
Several methods for tritium recovery from liquid lithium, Li-Pb eutectic alloy, aqueous salt solutio...
Stainless-steel specimens of 15 mm square and 0.5 mm thickness in which tritium was dissolved with a...
New tritium breeding materials that maintain large tritium breeding ratio for thermonuclear fusion r...