Abstract
The isotope separation with using light induced drift (LID) is discussed. The basic theoretical characteristics of the method are deduced: separation simultaneously with an arbitrary high enrichment and without significant losses; separation productivity up to 100 {mu}g/h. These characteristics are sufficient and very convenient for separation of expensive radioactive isotopes and isomers which are applied in medicine and science. The first experimental separation of the radioactive isotopes ({sup 22,24}Na) by using the LID effect is reported. 13 refs.; 5 figs.
Hradecny, C;
Slovak, J;
Tethal, T;
Ermolaev, I M;
[1]
Shalagin, A M
[2]
- Joint Inst. for Nuclear Research, Dubna (Russian Federation). Lab. of Nuclear Reactions
- AN SSSR, Novosibirsk (Russian Federation). Inst. Avtomatiki i Ehlektrometrii
Citation Formats
Hradecny, C, Slovak, J, Tethal, T, Ermolaev, I M, and Shalagin, A M.
Radioactive isotope and isomer separation with using light induced drift effect.
JINR: N. p.,
1991.
Web.
Hradecny, C, Slovak, J, Tethal, T, Ermolaev, I M, & Shalagin, A M.
Radioactive isotope and isomer separation with using light induced drift effect.
JINR.
Hradecny, C, Slovak, J, Tethal, T, Ermolaev, I M, and Shalagin, A M.
1991.
"Radioactive isotope and isomer separation with using light induced drift effect."
JINR.
@misc{etde_10118653,
title = {Radioactive isotope and isomer separation with using light induced drift effect}
author = {Hradecny, C, Slovak, J, Tethal, T, Ermolaev, I M, and Shalagin, A M}
abstractNote = {The isotope separation with using light induced drift (LID) is discussed. The basic theoretical characteristics of the method are deduced: separation simultaneously with an arbitrary high enrichment and without significant losses; separation productivity up to 100 {mu}g/h. These characteristics are sufficient and very convenient for separation of expensive radioactive isotopes and isomers which are applied in medicine and science. The first experimental separation of the radioactive isotopes ({sup 22,24}Na) by using the LID effect is reported. 13 refs.; 5 figs.}
place = {JINR}
year = {1991}
month = {Dec}
}
title = {Radioactive isotope and isomer separation with using light induced drift effect}
author = {Hradecny, C, Slovak, J, Tethal, T, Ermolaev, I M, and Shalagin, A M}
abstractNote = {The isotope separation with using light induced drift (LID) is discussed. The basic theoretical characteristics of the method are deduced: separation simultaneously with an arbitrary high enrichment and without significant losses; separation productivity up to 100 {mu}g/h. These characteristics are sufficient and very convenient for separation of expensive radioactive isotopes and isomers which are applied in medicine and science. The first experimental separation of the radioactive isotopes ({sup 22,24}Na) by using the LID effect is reported. 13 refs.; 5 figs.}
place = {JINR}
year = {1991}
month = {Dec}
}