A Study of CaMoO4 Crystals for the AMoRE Experiment

J. H. So, H. J. Kim,V. V. Alenkov,A. N. Annenkov,H. Bhang,R. S. Boiko,O. A. Buzanov,D. M. Chernyak,J. H. Choi,S. Choi,F. A. Danevich,K. V. Efendiev, C. Enss,A. Fleischmann,A. M. Gangapshev,L. Gastaldo,Yu. M. Gavryluk,A. M. Gezhaev,Y. S. Hwang,Y. S. Jang,H. Jiang,W. G. Kang,V. V. Kazalov,N. D. Khanbekov,G. B. Kim,S. K. Kim,S. C. Kim, Y. D. Kim,Y. H. Kim,V. V. Kobychev,V. N. Kornoukhov,V. V. Kuzminov, H. J. Lee,H. S. Lee,K. B. Lee,M. J. Lee,M. K. Lee,S. J. Lee,J. Li,V. M. Mokina,S. S. Myung,A. S. Nikolaiko,S. L. Olsen,S. I. Panasenko,D. V. Poda,R. B. Podviyanuk,O. G. Polischuk,P. A. Polozov,S. S. Ratkevich, Y. Satou, K. Tanida,V. I. Tretyak,S. P. Yakimenko,W. S. Yoon,Q. Yue,Y. N. Yuryev

2012 IEEE NUCLEAR SCIENCE SYMPOSIUM AND MEDICAL IMAGING CONFERENCE RECORD (NSS/MIC)（2012）

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摘要
A scintillating crystal that contains a candidate isotope for DBD provides a promising technique for the high detection-efficiency and good energy resolution. The AMoRE (Advanced Molybdenum based Rare process Experiment) collaboration is studying the potential of CaMoO4 scintillation crystals for searches for looMo 0v DBD.
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关键词
double beta decay,solid scintillation detectors,100Mo,AMoRE experiment,CaMoO4 scintillation crystals,detection-efficiency,energy resolution,neutrinoless double beta decay
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