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AbstractAbstract
[en] The MIREDO (Muon Induced Rare Event Dynamic Observatory) spectrometer system will be mainly devoted for the study of cosmic muon induced nuclear reactions. The system will be developed around the 100 % nominal efficiency ultra low-background HPGe spectrometer. With the addition of two plastic scintillators (Fig. 1) and the fast-slow coincidence circuit, the coincidence events between the plastic detectors and the HPGe spectrometer will be investigated. Our previous detection system [1] enabled only the detection of secondary muon induced events mostly from the interaction of cosmic muons with the shielding materials. The improved geometry of the MIREDO scintillation detection system will enable the direct measurement of the cross section of the muon induced reactions with the sample material. Making use of the MP3 multi parameter data acquisition system the time and muon energy dependence of the cross section will be traced.(author)
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Prepolec, L. (Rudjer Boskovic Institute, Zagreb (Croatia)); Niksic, T. (University of Zagreb, Zagreb (Croatia)); Physics Department of the University of Zagreb (Croatia); Ruder Boskovic Institute, Zagreb (Croatia); 195 p; 2009; p. 96; International Conference on Nuclear Structure and Dynamics 2009; Dubrovnik (Croatia); May 2009; 1 fig., 1 ref.
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