首页> 外文会议>Trends in Radiopharmaceuticals(ISTR-2005) >THE CONTINUING IMPORTANT ROLE OF HIGH FLUX RESEARCH REACTORS FOR PRODUCTION OF THERAPEUTIC RADIOISOTOPES
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THE CONTINUING IMPORTANT ROLE OF HIGH FLUX RESEARCH REACTORS FOR PRODUCTION OF THERAPEUTIC RADIOISOTOPES

机译:高通量研究反应器在治疗放射性同位素生产中的持续重要作用

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indirect route in modest flux reactors. The indirect production of ~(195m)pt - an Auger electron emitter - from ~(193)Ir is only practical at high flux. Thorium-229, the parent of ~(225)Ac for the ~(225)Ac-~(213)Bi generator - can be produced by irradiation of ~(226)Ra. This route is being evaluated as an alternative source to extraction from ~(233)U. In this paper the unique capabilities of very high flux reactors are reviewed for the production of high specific activity therapeutic radioisotopes which cannot be practically produced in lower flux research reactors.
机译:中等通量反应器中的间接路线。由〜(193)Ir间接产生〜(195m)pt-俄歇电子发射极-仅在高通量下才可行。 ium 229是〜(225)Ac-〜(213)Bi生成器的〜(225)Ac的母体-可以通过辐照〜(226)Ra来生产。正在评估此路线,作为从〜(233)U提取的替代来源。在本文中,对高通量反应器的独特功能进行了综述,以生产高比活度的治疗性放射性同位素,而这些放射性同位素实际上无法在较低通量的研究反应器中生产。

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