1. cyclotron production study of high specific activity rhenium-186g for metabolic radiotherapy, via (p,n) and (d,2n) reactions on natural W and enriched W-186 targets. 2. radiochemical processing of Re radionuclides for separation from W target. 3. quality control/quality assurance of the rhenium-186g by analytical and radioanalytical techniques: HPGe spectrometry for high throughput, liquid scintillation counting with and without pulse shape analysis, elettrothermal atomic absorption spectrometry, instrumental neutron activation analysis. 4. Radiochemical Purity determination by radiochromatographic/radioelettrophoretic techniques and 2D imaging. 5. Envisaged: application of high specific activity rhenium-186g for labelling of radiopharmaceuticals. compounds. 6. Simulation and evaluation of cross-section data by computer codes.
Coordinatore nazionale progetto INFN renio di Coordinamento di progetti di ricerca(2006).
Coordinatore nazionale progetto INFN renio di Coordinamento di progetti di ricerca
2006
Abstract
1. cyclotron production study of high specific activity rhenium-186g for metabolic radiotherapy, via (p,n) and (d,2n) reactions on natural W and enriched W-186 targets. 2. radiochemical processing of Re radionuclides for separation from W target. 3. quality control/quality assurance of the rhenium-186g by analytical and radioanalytical techniques: HPGe spectrometry for high throughput, liquid scintillation counting with and without pulse shape analysis, elettrothermal atomic absorption spectrometry, instrumental neutron activation analysis. 4. Radiochemical Purity determination by radiochromatographic/radioelettrophoretic techniques and 2D imaging. 5. Envisaged: application of high specific activity rhenium-186g for labelling of radiopharmaceuticals. compounds. 6. Simulation and evaluation of cross-section data by computer codes.
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