首页> 外文期刊>Physica Scripta: An International Journal for Experimental and Theoretical Physics >Feasibility study on the micro-foil internal conversion electron (MICE) detector application to high-temperature emission Mossbauer spectroscopy
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Feasibility study on the micro-foil internal conversion electron (MICE) detector application to high-temperature emission Mossbauer spectroscopy

机译:微箔内部转换电子(MICE)检测器在高温发射莫斯鲍尔光谱中的应用可行性研究

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摘要

Detailed calculations have been performed to assess the potential applicability of the micro-foil internal conversion electron (MICE)-conversion electron Mossbauer spectroscopy (CEMS) detector to high-temperature emission Mossbauer spectroscopy by means of the 14(41 keV transition in Fe-57. The comparison was made with the standard transmission method using either proportional or semiconductor detector. It was found that for typical source matrices used in the investigations performed at high temperatures the MICE-CEMS detector yields poorer results than the high-quality semiconductor detector. Therefore the development of the dedicated MICE-CEMS detector is unjustified for this particular application.
机译:通过Fe-57中的14(41 keV)跃迁,已经进行了详细的计算,以评估微箔内部转换电子(MICE)-转换电子Mossbauer光谱仪(CEMS)检测器对高温发射Mossbauer光谱仪的潜在适用性通过使用比例或半导体检测器的标准传输方法进行比较,发现对于在高温下进行的研究中使用的典型源矩阵,MICE-CEMS检测器产生的结果要比高质量半导体检测器差。专用MICE-CEMS检测器的开发对于这种特定应用是不合理的。

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