Abstract
Tritium (T) release peculiarities were examined for lithium aluminate ceramic breeder materials, prepared and selected in ENEA (Italian Agency for New Technology, Energy and the Environment) labs, both by post irradiation annealing and in-situ experiments. Different additives were added to the purging gas in order to improve T extraction and reduce T permeation through the stainless steel tubes. Preliminary results show that a sweeping gas mixture obtained by adding, to He, 100 vpm o water, can be as effective as Helium + 0.1 per cent hydrogen in extracting T, with a contemporary reduction of the permeation problems.
Citation Formats
Carconi, P L, Casadio, S, Mancini, M R, Moauro, A, and Briec, M.
Strategies of tritium extraction from neutron irradiated lithium aluminate.
Italy: N. p.,
1990.
Web.
Carconi, P L, Casadio, S, Mancini, M R, Moauro, A, & Briec, M.
Strategies of tritium extraction from neutron irradiated lithium aluminate.
Italy.
Carconi, P L, Casadio, S, Mancini, M R, Moauro, A, and Briec, M.
1990.
"Strategies of tritium extraction from neutron irradiated lithium aluminate."
Italy.
@misc{etde_10130527,
title = {Strategies of tritium extraction from neutron irradiated lithium aluminate}
author = {Carconi, P L, Casadio, S, Mancini, M R, Moauro, A, and Briec, M}
abstractNote = {Tritium (T) release peculiarities were examined for lithium aluminate ceramic breeder materials, prepared and selected in ENEA (Italian Agency for New Technology, Energy and the Environment) labs, both by post irradiation annealing and in-situ experiments. Different additives were added to the purging gas in order to improve T extraction and reduce T permeation through the stainless steel tubes. Preliminary results show that a sweeping gas mixture obtained by adding, to He, 100 vpm o water, can be as effective as Helium + 0.1 per cent hydrogen in extracting T, with a contemporary reduction of the permeation problems.}
place = {Italy}
year = {1990}
month = {Dec}
}
title = {Strategies of tritium extraction from neutron irradiated lithium aluminate}
author = {Carconi, P L, Casadio, S, Mancini, M R, Moauro, A, and Briec, M}
abstractNote = {Tritium (T) release peculiarities were examined for lithium aluminate ceramic breeder materials, prepared and selected in ENEA (Italian Agency for New Technology, Energy and the Environment) labs, both by post irradiation annealing and in-situ experiments. Different additives were added to the purging gas in order to improve T extraction and reduce T permeation through the stainless steel tubes. Preliminary results show that a sweeping gas mixture obtained by adding, to He, 100 vpm o water, can be as effective as Helium + 0.1 per cent hydrogen in extracting T, with a contemporary reduction of the permeation problems.}
place = {Italy}
year = {1990}
month = {Dec}
}