Heat and Light Measurement of a ${}^{40}{\rm Ca} {}^{100} {\rm MoO}_4$ Crystal for the AMoRE Double Beta Decay Experiment | Zendy

G. B. Kim | Zendy; J. H. Choi | Zendy; H. S. Jo | Zendy; C. S. Kang | Zendy; H. J. Kim | Zendy; H. L. Kim | Zendy; I. W. Kim | Zendy; S. R. Kim | Zendy; Y. D. Kim | Zendy; Y. H. Kim | Zendy; H. J. Lee | Zendy; J. H. Lee | Zendy; M. K. Lee | Zendy; E. Sala | Zendy; J. H. So | Zendy

Open Access

Heat and Light Measurement of a ${}^{40}{\rm Ca} {}^{100} {\rm MoO}_4$ Crystal for the AMoRE Double Beta Decay Experiment

Author(s) -

G. B. Kim,

J. H. Choi,

H. S. Jo,

C. S. Kang,

H. J. Kim,

H. L. Kim,

I. W. Kim,

S. R. Kim,

Y. D. Kim,

Y. H. Kim,

H. J. Lee,

J. H. Lee,

M. K. Lee,

E. Sala,

J. H. So

Publication year - 2016

Publication title -

ieee transactions on nuclear science

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.537

H-Index - 122

eISSN - 1558-1578

pISSN - 0018-9499

DOI - 10.1109/tns.2015.2493529

Subject(s) - nuclear engineering , bioengineering

The simultaneous measurement of heat and light signals from a ${}^{40}{\rm Ca} {}^{100} {\rm MoO}_4$ scintillating crystal was performed at temperatures of tens of milli-kelvin using a scintillating bolometric detector. The crystal was instrumented with a pair of low-temperature detectors, consisting of a metallic magnetic calorimeter for reading the phonon signals and a light detector based on a Ge light absorber, to simultaneously measure the scintillation light and phonon signals. This article presents the principle and performance, such as the event separation capability, of this simultaneous heat/light measurement system.

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