Recent Mössbauer experiments in a rotating system reported by others in the literature have involved the application of synchrotron radiation onto a spinning semi‐circular resonant absorber. Here, the physical interpretation of these methodologies, and their alleged performance improvement, is analyzed in the light of our own team's past experience based instead on the traditional laboratory setup. It is shown that a number of fundamental shortcomings in the approach reported in the literature deprives it of any practical significance with respect to the improvement of the technique of Mössbauer rotor experiments with a synchrotron source. It is concluded that, at present, only Mössbauer experiments relying on an ordinary compact source of resonant radiation and a resonant absorber both fixed on the rotor promise to provide crucial information with respect to the physical origin of the observed energy shift between emitted and absorbed resonant radiation in a rotating system.

中文翻译：

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旋转系统Mössbauer实验中传统和同步加速器光束方法的比较

其他文献报道的最近在旋转系统中进行的Mössbauer实验涉及将同步加速器辐射应用于旋转的半圆形共振吸收器。在这里，根据我们自己团队过去的经验，而不是基于传统的实验室设置，对这些方法的物理解释及其所谓的性能改进进行了分析。结果表明，文献中报道的方法的许多基本缺陷使它在改进带同步加速器源的莫斯鲍尔转子实验技术方面没有任何实际意义。结论是，目前，