Separation of In3+ from Cd2+ on crystalline antimonic acid.115Cd−115mIn generator

Bartoś, B.; Bilewicz, Aleksander

doi:10.1007/bf02163720

Cited by 8 publications

(1 citation statement)

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“…Table 1 illustrates that the production of the 107 Ag(n,y) 108 Ag(/?~, 97%) ,08 Cd(n,y) ,09 Cd generator merits further evaluation. Bartos and Bilewicz [96] found the best conditions for separation of In 3+ from Cd 2+ on 0.5 g of crystalline antimonic(V) acid column (3mX5cm) eluted with 1 mol dm" 3 HCl. Over 90% of the 115m In was eluted in the first ml of eluent, but the breakthrough of 5 X 10 4 % increased after 10 X 10 ml elution's.…”

Section: Zr -95 Nbmentioning

confidence: 99%

Radionuclide Generators

Lambrecht

Tomiyoshi

Sekine³

1997

Radiochimica Acta

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The present status and future directions of research and development on radionuclide generator technology are reported. The recent interest to develop double-neutron capture reactions for production of in vivo generators; neutron rich nuclides for radioimmunotherapeutic pharmaceuticals; and advances with ultrashort lived generators is highlighted. Emphasis is focused on: production of the parent radionuclide; the selection and the evaluation of support materials and eluents with respect to the resultant radiochemical yield of the daughter, and the breakthrough of the radionuclide parent; and, the uses of radionuclide generators in radiopharmaceutical chemistry, biomedical and industrial applications. The 62 Zn -62 Cu, ^Ni -""Cu, ,03m Rh -• ,03 Rh, ,88 W -• ,88 Re and the 225 Ac -22, Fr -2l3 Bi generators are predicted to be emphasized for future development.

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Section: Zr -95 Nbmentioning

confidence: 99%