Low energy cyclotron production and chemical separation of" no carrier added" iodine-124 from a reusable, enriched tellurium-124 dioxide/aluminum oxide solid …
Y Sheh, J Koziorowski, J Balatoni, C Lom, JR Dahl… - 2000 - degruyter.com
Y Sheh, J Koziorowski, J Balatoni, C Lom, JR Dahl, RD Finn
2000•degruyter.comIodine-124 is a radionuclide with a 4.18 day half-life which decays by positron emission
(23.3%) and electron capture (76.7%). Details on the preparation of this radionuclide via the
124Te (p, n) 124I nuclear reaction are described. A reusable target uniquely suited for low
energy cyclotron irradiations has been described along with specific characteristics for the
dry distillation recovery of the 124I species.
(23.3%) and electron capture (76.7%). Details on the preparation of this radionuclide via the
124Te (p, n) 124I nuclear reaction are described. A reusable target uniquely suited for low
energy cyclotron irradiations has been described along with specific characteristics for the
dry distillation recovery of the 124I species.
Iodine-124 is a radionuclide with a 4.18 day half-life which decays by positron emission(23.3%) and electron capture (76.7%). Details on the preparation of this radionuclide via the 124Te(p,n)124I nuclear reaction are described. A reusable target uniquely suited for low energy cyclotron irradiations has been described along with specific characteristics for the dry distillation recovery of the 124I species.
De Gruyter