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    • 1. 发明公开
    • Charged particle measuring apparatus
    • Gerätzur Messung geladener Teilchen
    • EP1324073A2
    • 2003-07-02
    • EP02028185.3
    • 2002-12-19
    • NATIONAL SPACE DEVELOPMENT AGENCY OF JAPANMeisei Electric Co., Ltd.
    • Kikuchi, Jun, Advanced Research InstituteMatsumoto, HaruhisaKoshiishi, HidekiNozaki, Takashi, Meisei Electric Co., Ltd.Takehisa, Shigeru, Meisei Electric Co., Ltd.
    • G01T1/24
    • G01T1/38G01T1/242G01T1/247
    • A charged particle measuring apparatus which can discriminate the types of charged particles accurately and the energy precisely, measure high-energy charged particles precisely, and detect a failure of the measuring apparatus to continue measurement in a mode corresponding to the failure. The output from a first detector is used as a first address. The output from a second detector consisting of a plurality of detectors is used as a second address. The output from a third detector is used as information about whether or not certain charged particles penetrate the second detector. The loss energy characteristics of charged particles to be measured are expressed in the two-dimensional addresses mentioned above. The numbers of times the charged particles are measured for loss energy are counted with respect to each of the two-dimensional addresses. In addition, when the series of detectors constituting the first through third detectors suffers a failure, a measurement mode for excluding the failed detector(s) is employed to continue measurement.
    • 可以精确地区分带电粒子的种类和能量精确地测量高能量带电粒子的带电粒子测量装置,并且以与故障相对应的模式来检测测量装置继续测量的故障。 来自第一检测器的输出用作第一地址。 来自由多个检测器组成的第二检测器的输出用作第二地址。 将来自第三检测器的输出用作关于某些带电粒子是否穿透第二检测器的信息。 要测量的带电粒子的损耗能量特性用上述二维地址表示。 相对于二维地址中的每一个,对带电粒子的损耗能量的次数进行计数。 此外,当构成第一至第三检测器的一系列检测器发生故障时,采用用于排除故障检测器的测量模式来继续测量。