首页> 外文期刊>Applied radiation and isotopes: including data, instrumentation and methods for use in agriculture, industry and medicine >Development of a titanium tungstate-based 188W/188Re gel generator using tungsten of natural isotopic abundance.
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Development of a titanium tungstate-based 188W/188Re gel generator using tungsten of natural isotopic abundance.

机译:使用天然同位素丰度的钨开发基于钨酸钛的188W / 188Re凝胶发生器。

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摘要

The feasibility of developing titanium tungstate-based 188W/188Re gel generator using tungsten of natural isotopic abundance irradiated in a moderate flux reactor has been investigated. Influence of temperature, pH and eluent concentration on generator performance was studied. It was found that "post-formed" approach allows to construct gel generators with elution performance and 188Re elution yields very close to those of conventional alumina 188W/188Re generator. Curie-level 185W radionuclidic impurity presents a challenge during the processing of target material and subsequent elution of the generator. In the future use of semi-enriched with 186W target material (50-60% enrichment) would be beneficial in the development of titanium tungstate-based 188W/188Re gel generators.
机译:研究了在中等通量反应堆中使用天然同位素丰度的钨开发钨酸钛基188W / 188Re凝胶发生器的可行性。研究了温度,pH和洗脱液浓度对发生器性能的影响。发现“后形成”方法允许构建具有洗脱性能的凝胶发生器,并且188Re的洗脱产率非常接近常规氧化铝188W / 188Re发生器的凝胶发生器。居里级185W放射性核素杂质在目标材料的处理和发生器的后续洗脱过程中提出了挑战。将来使用半富集186W目标材料(富集50-60%)将有利于开发基于钨酸钛的188W / 188Re凝胶发生器。

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