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ICP-SFMS search for long-lived naturally-occurring heavy, superheavy and superactinide nuclei compared to ams experiments

机译:与ams实验相比,ICP-SFMS搜索长寿命的自然存在的重,超重和超act系核

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Negative results obtained in AMS searches by Dellinger et al. on mostly unrefined ores have led them to conclude that the very heavy long-lived species found in chemically processed samples with ICP-SFMS by Marinov et al. are artifacts. We argue that it may not be surprising that results obtained from small random samplings of inhomogeneous natural minerals would contrast with concentrations found in homogeneous materials extracted from large quantities of ore. We also point out that it is possible that the groups of counts at masses 296 and 294 seen by Dellinger et al. could be, within experimental uncertainties, due to ~(296)Rg and ~(294)eka-Bi in long-lived isomeric states. In such case, the experiments of Dellinger et al. lend support to the experiments of Marinov et al.
机译:Dellinger等人在AMS搜索中获得的负面结果。对大多数未精制矿石的研究使他们得出结论,即Marinov等人在使用ICP-SFMS进行化学处理的样品中发现了非常重的长寿命物种。是文物。我们认为,从不均匀的天然矿物的少量随机采样中获得的结果与从大量矿石中提取的均质材料中的浓度形成对比可能并不奇怪。我们还指出,Dellinger等人看到的质量为296和294的计数组是可能的。在实验不确定性范围内,可能是由于〜(296)Rg和〜(294)eka-Bi处于长寿命异构状态。在这种情况下,Dellinger等人的实验。为Marinov等人的实验提供了支持。

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