The production of the multi-strip multi-gap resistive plate chambers for FOPI sTime-of-Flight(TOF) upgrade was accomplished.
为提高德国FOPI系统飞行时间的探测本领,运用新型多条多气隙阻性板探测器对FOPI系统进行升级改造。
We present the results of an aging test on two six-gap multi-gap resistive plate chambers (MRPC) designed for the RHIC-STAR TOF system.
给出了为RHIC-STAR飞行时间探测器设计的多气隙电阻板室(MRPC)的辐照实验结果。
We present the results of an aging test on two six-gap multi-gap resistive plate chambers (MRPC) designed for the RHIC-STAR TOF system.
给出了为RHIC-STAR飞行时间探测器设计的多气隙电阻板室(MRPC)的辐照实验结果。
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