Abstract
The paper describes the ISABELLE 4 loop in the swimming pool of the OSIRIS reactor, which was used for irradiation of fuel rods and which is adapted now for irradiation of blanket materials candidates for future thermonuclear reactors. The loop is representative of thermohydraulic conditions provided for a lithium-lead alloy module cooled with pressurized water. The LIPSIE experiment studies the influence of water chemistry on tritium permeation through a water cooled stainless steel capsule, full of lithium-lead alloy. Tritium is determined by liquid scintillation either in the cooling water or in the gases of the capsule by sweeping with helium.
Citation Formats
Thevenot, G, and Estrade, J.
LIPSIE experiment: Pb-17Li irradiation in a water loop with continuous tritium determination; Experience LIPSIE: irradiation de Pb-17Li dans une boucle a eau avec mesure de tritium en continu.
France: N. p.,
1992.
Web.
Thevenot, G, & Estrade, J.
LIPSIE experiment: Pb-17Li irradiation in a water loop with continuous tritium determination; Experience LIPSIE: irradiation de Pb-17Li dans une boucle a eau avec mesure de tritium en continu.
France.
Thevenot, G, and Estrade, J.
1992.
"LIPSIE experiment: Pb-17Li irradiation in a water loop with continuous tritium determination; Experience LIPSIE: irradiation de Pb-17Li dans une boucle a eau avec mesure de tritium en continu."
France.
@misc{etde_10127351,
title = {LIPSIE experiment: Pb-17Li irradiation in a water loop with continuous tritium determination; Experience LIPSIE: irradiation de Pb-17Li dans une boucle a eau avec mesure de tritium en continu}
author = {Thevenot, G, and Estrade, J}
abstractNote = {The paper describes the ISABELLE 4 loop in the swimming pool of the OSIRIS reactor, which was used for irradiation of fuel rods and which is adapted now for irradiation of blanket materials candidates for future thermonuclear reactors. The loop is representative of thermohydraulic conditions provided for a lithium-lead alloy module cooled with pressurized water. The LIPSIE experiment studies the influence of water chemistry on tritium permeation through a water cooled stainless steel capsule, full of lithium-lead alloy. Tritium is determined by liquid scintillation either in the cooling water or in the gases of the capsule by sweeping with helium.}
place = {France}
year = {1992}
month = {Dec}
}
title = {LIPSIE experiment: Pb-17Li irradiation in a water loop with continuous tritium determination; Experience LIPSIE: irradiation de Pb-17Li dans une boucle a eau avec mesure de tritium en continu}
author = {Thevenot, G, and Estrade, J}
abstractNote = {The paper describes the ISABELLE 4 loop in the swimming pool of the OSIRIS reactor, which was used for irradiation of fuel rods and which is adapted now for irradiation of blanket materials candidates for future thermonuclear reactors. The loop is representative of thermohydraulic conditions provided for a lithium-lead alloy module cooled with pressurized water. The LIPSIE experiment studies the influence of water chemistry on tritium permeation through a water cooled stainless steel capsule, full of lithium-lead alloy. Tritium is determined by liquid scintillation either in the cooling water or in the gases of the capsule by sweeping with helium.}
place = {France}
year = {1992}
month = {Dec}
}