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超导核辐射探测器不仅比半导体探测器的能量分辨率好,而且对极小致电离或不产生致电离的事件,如反冲核事件也具有高的能量分辨能力,所以核科技和核辐射探测器的科研人员对此十分感兴趣。低温超导核辐射探测器经过了四十多年的努力,在八十年代末对~(55)Fe 5.9keVX射线,能量分辨率(FWHM)为48eV(半导体Si(Li)探测器FWHM
Superconducting nuclear radiation detectors not only have better energy resolution than semiconductor detectors, but also have very high energy resolving power for ionization events that cause ionization with minimal or no ionization. Therefore, nuclear technology and nuclear radiation Detector researchers are very interested in this. After more than 40 years of hard work, the low-temperature superconducting nuclear radiation detector has a high energy resolution (FWHM) of 48 eV (semiconductor Si (Li) detector FWHM