Physics – Nuclear Physics – Nuclear Experiment
Scientific paper
2010-10-13
JINST 5:P12005,2010
Physics
Nuclear Physics
Nuclear Experiment
Scientific paper
10.1088/1748-0221/5/12/P12005
$TeO_2$ crystals are used as bolometers in experiments searching for Double Beta Decay without emission of neutrinos. One of the most important issues in this extremely delicate kind of experiments is the characterization of the background. The knowledge of the response to $\alpha$ particles in the energy range where the signal is expected is therefore a must. In this paper we report the results on the response function of a $TeO_2$ bolometer to $\alpha$'s emitted by $^{147}$Sm dissolved in the crystal at the growth phase. A Quenching Factor of ($1.0076\pm 0.0005$) is found, independent of the temperature in the investigated range. The energy resolution on $\alpha$ peaks shows a standard calorimeter energy dependence: $\sigma\; [\rm{keV}] = (0.56 \pm 0.02) \oplus (0.010 \pm 0.002)\sqrt{E[\rm{keV}]} $. Signal pulses show no difference between $\alpha$ and $\beta\gamma$ particles
Bellini Fabio
Biassoni Matteo
Bucci Carlo
Casali N.
Dafinei I.
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