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arxiv: 1405.2882 · v1 · submitted 2014-05-12 · ⚛️ physics.ins-det · hep-ex· hep-ph· nucl-ex

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PandaX: A Liquid Xenon Dark Matter Experiment at CJPL

X. G. Cao , X. Chen , Y. H. Chen , X. Y. Cui , D. Q. Fang , C. B. Fu , K. L. Giboni , H. W. Gong
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G. D. Guo M. He J. Hu X. T. Huang X. D. Ji Y. L. Ju S. L. Li Q. Lin H. X. Liu J. L. Liu X. Liu W. Lorenzon Y. G. Ma Y. J. Mao K. X. Ni K. Pushkin X. X. Ren M. Schubnell M. B. Shen Y. J. Shi S. Stephenson A. D. Tan G. Tarle H. W. Wang J. M. Wang M. Wang X. M. Wang Z. Wang Y. H. Wei S. Y. Wu M. J. Xiao X. Xiao P. W. Xie T. Ye Y. H. You X. H. Zeng H. Zhang T. Zhang H. Y. Zhao L. Zhao X. P. Zhou Z. H. Zhu
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classification ⚛️ physics.ins-det hep-exhep-phnucl-ex
keywords detectormassstagetargetdetectionpandaxscintillationwill
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PandaX is a large upgradable liquid-xenon detector system that can be used for both direct dark-matter detection and $^{136}$Xe double-beta decay search. It is located in the Jinping Deep-Underground Laboratory in Sichuan, China. The detector operates in dual-phase mode, allowing detection of both prompt scintillation, and ionization charge through proportional scintillation. The central time projection chamber will be staged, with the first stage accommodating a target mass of about 120\,kg. In stage II, the target mass will be increased to about 0.5\,ton. In the final stage, the detector can be upgraded to a multi-ton target mass. In this paper a detailed description of the stage-I detector design and performance results established during the commissioning phase is presented.

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