MOON for a next-generation neutrino-less double-beta decay experiment: Present status and perspective

T. Shima,P. J. Doe,H. Ejiri,S.R. Elliot,J. Engel,M. Finger,K. Fushimi,Victor M. Gehman,M. B. Greenfield,R. Hazama,Hitoshi Imaseki,P. Kavitov,V. Kekelidze,Hisashi Kitamura,K. Matsuoka,Hidehito Nakamura,M. Nomachi,A. Para,R. G. H. Robertson,M Slunecka,G. Shirkov,A. Sissakian,A. I. Titov,Y. Uchihori,S. Umehara,V. Vaturin,V. Voronov,J.F. Wilkerson,D.I. Will,K. Yasuda,Sei Yoshida

MOON for a next-generation neutrino-less double-beta decay experiment: Present status and perspective

2008

The performance of the MOON detector for a next-generation neutrino-less double-beta decay experiment was evaluated by means of the Monte Carlo method. The MOON detector was found to be a feasible solution for the future experiment to search for the Majorana neutrino mass in the range of 100-30 meV.

Keywords:

Detector
Nuclear physics
Neutrino
MAJORANA
Monte Carlo method
Double beta decay
Physics

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