Complete event-by-event $\alpha$/$\gamma(\beta)$ separation in a full-size TeO$_2$ CUORE bolometer by simultaneous heat and light detection

@article{Berge2017CompleteE,
  title={Complete event-by-event \$\alpha\$/\$\gamma(\beta)\$ separation in a full-size TeO\$\_2\$ CUORE bolometer by simultaneous heat and light detection},
  author={Laurent Berg'e and M. Chapellier and Michel de Combarieu and Louis Dumoulin and Alessandro Giuliani and M. Gros and Pierre de Marcillac and Stefanos Marnieros and Claudia Nones and Valentina Novati and Emiliano Olivieri and B. Paul and D. V. Poda and Th. Redon and Bernhard Siebenborn and Anastasiia Zolotarova and E. Armengaud and Corinne Augier and Aur{\'e}lien Benoit and Julien Billard and A. Broniatowski and P. Camus and Antoine Cazes and Florence Charlieux and Maryvonne De J{\'e}sus and Klaus Eitel and N. Foerster and Jules Gascon and Y. Jin and A. Juillard and M. Kleifges and Valentin Kozlov and Hans Kraus and V. A. Kudryavtsev and H'elene le Sueur and Romain Maisonobe and X.-F. Navick and Patrick Pari and E. Queguiner and S. Rozov and V{\'e}ronique Sanglard and L. Vagneron and M. Weber and E. Yakushev},
  journal={Physical Review C},
  year={2017}
}
The CUORE project began recently a search for neutrinoless double-beta decay ($0\nu\beta\beta$) of $^{130}$Te with a $\mathcal{O}$(1 ton) TeO$_2$ bolometer array. In this experiment, the background suppression relies essentially on passive shielding, material radiopurity and anti-coincidences. The lack of particle identification in CUORE makes $\alpha$ decays at the detector surface the dominant background, at the level of $\sim$0.01 counts/(keV kg y) in the region of interest ($Q$-value of $0… 

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