Comparison between implanted Si and NTD-Ge thermistors performance in AgReO4 microcalorimeters for a new neutrino mass experiment

A. Nucciotti,C. Arnaboldi,J. W. Beeman,F. Capozzi,G. Ceruti,C. A. Kilbourne,E. Kreysa,D. McCammon,A. Monfardini,G. Pessina,E. Previtali,Monica Sisti

Comparison between implanted Si and NTD-Ge thermistors performance in AgReO4 microcalorimeters for a new neutrino mass experiment

2006

A. Nucciotti
C. Arnaboldi
J. W. Beeman
F. Capozzi
G. Ceruti
C. A. Kilbourne
E. Kreysa
D. McCammon
A. Monfardini
G. Pessina
E. Previtali
Monica Sisti

Abstract We report here the preliminary results of the R&D for a new neutrino mass experiment. This experiment is prepared in the framework of the Microcalorimeters Arrays for a Rhenium Experiment (MARE) project. First tests were made on silicon implanted and germanium NTD arrays with AgReO 4 crystals.

Keywords:

Thermistor
Nuclear physics
Rhenium
Germanium
Neutrino
Nuclear magnetic resonance
Beta decay
Silicon
Physics
thermal detector

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