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Overcoming Non-Uniformity Limits for Space-Borne Hard X-ray Polarimeter POLAR Based on Scintillators and Multi-Anode Photo-Multipliers

W. Hajdas,T. Spieker,D. Rybka,R. Marcinkowski, I. Traseira,I. Britvitch,N. Gauvin,N. Produit,C. Lechanoine-Leluc,S. Orsi,M. Pohl,M. Paniccia,D. Rapin,T. W. Bao,J. Y. Chai,Y. W. Dong,M. N. Kong,Lu Li,J. T. Liu, X. Liu,H. L. Shi,J. C. Sun,R. J. Wang,X. Wen,B. B. Wu,H. L. Xiao,H. H. Xu,Li Zhang,L. Y. Zhang, S. N. Zhang,Y. J. Zhang,T. Batsch,T. Krakowski,A. Rutczynska,J. Szabelski,A. Zwolinska

2013 IEEE NUCLEAR SCIENCE SYMPOSIUM AND MEDICAL IMAGING CONFERENCE (NSS/MIC)（2013）

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关键词
X-ray detection,photocathodes,photomultipliers,polarimeters,scintillation counters,PMT photocathode,POLAR,light coupling quality,light-blocking diaphragms,multi-anode PMTs,multi-anode photomultipliers,optical mask,space-borne hard X-ray polarimeter
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