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The ZEPLIN III Detector; Results from Surface Calibrations

T J Sumner,D Yu Akimov,G J Alner,H M Araujo,A Bewick,C Bungau,A A Burenkov,M Carson,H Chagani,V Chepel,D Cline,D Davidge,E J Daw,J V Dawson,T Durkin,B Edwards,T Gamble, C Chag,R J Hollingworth,A S Howard,W G Jones,M Joshi,K Mavrokoridis,E V Korolkova,A G Kovalenko,V Kudryavtsev,I S Kuznetsov,T B Lawson,V N Lebedenko,J D Lewin,P K Lightfoot,A Lindote,I Liubarsky,M I Lopes,R Luscher,J E Mcmillan,P Majewski,B Morgan,D Muna,A S Murphy,F Neves,G G Nicklin,S M Paling,J Pinto Da Cunha,S J S Plank,R Preece,J J Quenby,M P Robinson,Cesar Augusto Tiburcio Silva,V N Solovov,N J T Smith,P F Smith,N J C Spooner,V N Stekhanov,Colin R Thorne,D R Tovey,Eirini Tziaferi,R J Walker,Hao Wang,J T White,F L H Wolfs

Nuclear Physics B - Proceedings Supplements（2007）

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Abstract
ZEPLIN-III is a direct dark-matter search instrument using liquid xenon as a target. Both the scintillation light and the ionisation charge are measured. The instrument has been built and it is currently being testing in a surface laboratory. We present results from some of the initial testing, including design thermal control system verification, photomultiplier calibration (including spectral measurements with 60keV photons from Am-241) and two-phase operation showing simultaneous measurement of scintillation and charge and position reconstruction.
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dark matter
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