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首页> 外文期刊>Progress in Particle and Nuclear Physics >SNO with liquid scintillator: SNO+
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SNO with liquid scintillator: SNO+

机译:带液体闪烁器的SNO:SNO +

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摘要

The possibility of filling the Sudbury Neutrino Observatory with liquid scintillator (called SNO+) after the physics program with heavy water is completed at the end of 2006 is investigated. Located in the deepest underground site for neutrino physics, SNO+ has unique capabilities, including detection of pep and CNO solar neutrinos. SNO+ could also detect geo-neutrinos originating from radioactivity in the earth. The location is favourable for such a measurement since it is surrounded by a simple geological configuration. Furthermore a second phase is under study, where in addition a double beta decay isotope might be deployed in the liquid scintillator, resulting in a competitive next-generation search.
机译:研究了在2006年底完成重水物理程序后,用液体闪烁体(称为SNO +)向Sudbury Neutrino天文台注水的可能性。 SNO +位于中微子物理学最深的地下场所,具有独特的功能,包括探测pep和CNO太阳中微子。 SNO +还可以检测源自地球放射性的中微子。该位置被简单的地质构造所包围,因此对于这种测量是有利的。此外,第二阶段正在研究中,此外,双闪烁衰变同位素可能还会部署在液体闪烁体中,从而产生竞争性的下一代搜索。

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