Abstract
After having outlined that vacuum fusion and moulding of uranium and of its alloys have some technical and economic benefits (vacuum operations avoid uranium oxidation and result in some purification; precision moulding avoids machining, chip production and chemical reprocessing of these chips; direct production of the desired shape is possible by precision moulding), this report presents the uranium fusion unit (its low pressure enclosure and pumping device, the crucible-mould assembly, and the MF supply device). The author describes the different steps of cast production, and briefly comments the obtained results.
Citation Formats
Stohr, J. A.
Vacuum fusion of uranium; Fusion de l'uranium sous vide.
France: N. p.,
1957.
Web.
Stohr, J. A.
Vacuum fusion of uranium; Fusion de l'uranium sous vide.
France.
Stohr, J. A.
1957.
"Vacuum fusion of uranium; Fusion de l'uranium sous vide."
France.
@misc{etde_22306361,
title = {Vacuum fusion of uranium; Fusion de l'uranium sous vide}
author = {Stohr, J. A.}
abstractNote = {After having outlined that vacuum fusion and moulding of uranium and of its alloys have some technical and economic benefits (vacuum operations avoid uranium oxidation and result in some purification; precision moulding avoids machining, chip production and chemical reprocessing of these chips; direct production of the desired shape is possible by precision moulding), this report presents the uranium fusion unit (its low pressure enclosure and pumping device, the crucible-mould assembly, and the MF supply device). The author describes the different steps of cast production, and briefly comments the obtained results.}
place = {France}
year = {1957}
month = {Jun}
}
title = {Vacuum fusion of uranium; Fusion de l'uranium sous vide}
author = {Stohr, J. A.}
abstractNote = {After having outlined that vacuum fusion and moulding of uranium and of its alloys have some technical and economic benefits (vacuum operations avoid uranium oxidation and result in some purification; precision moulding avoids machining, chip production and chemical reprocessing of these chips; direct production of the desired shape is possible by precision moulding), this report presents the uranium fusion unit (its low pressure enclosure and pumping device, the crucible-mould assembly, and the MF supply device). The author describes the different steps of cast production, and briefly comments the obtained results.}
place = {France}
year = {1957}
month = {Jun}
}