Abstract In view of a future experiment on double beta decay we have constructed and operated for the first time a bolometric detector made with an ultrapure tellurium crystal of about 2.1 gram. With this detector we have been able to measure high energy gamma rays from various calibration sources with an energy resolution of 2% in the region of neutrinoless double beta decay. The thermal properties of tellurium at very low temperature are determined for the first time in view of the construction of larger detectors
Abstract The Milano group is using an array of four crystals of TeO 2 , 334 g each, to search for ...
During the last decades, low temperature detectors have undergone a considerable growth and are now ...
Abstract Two TeO 2 crystal bolometers of 1.3 kg each, the largest single crystals eve...
Abstract The use of cryogenic thermal particle detectors permits the realization of detectors of v...
Abstract Bolometric detectors can be realized with a wide range of materials, and large mass. Some...
Abstract TeO2 thermal detectors are being used by the Milano group to search for neutrinoless doub...
Present results on neutrinoless double beta decay of 130Te obtained with an array of 20 cryogenic de...
Abstract A 73.1 g TeO2 bolometric detector has been operating for more than two months at about 16...
Abstract A massive thermal detector to be used to search for rare decays and to detect high-energy...
Abstract A 334 g TeO2 crystal has been operated at a temperature of around 10 mK for more than one...
Since many years the Milano Gran Sasso collaboration is developing large mass calorimeters for Doubl...
Preliminary results on double beta decay of 130 Te obtained in the first run of an array of twenty c...
Abstract The scintillation yields of CaF 2 crystals with different doping concentration of Europi...
New results are presented of a search for double beta decay of Te isotopes carried out, using the bo...
After an introduction on the various experimental techniques to be adopted in searches for double be...
Abstract The Milano group is using an array of four crystals of TeO 2 , 334 g each, to search for ...
During the last decades, low temperature detectors have undergone a considerable growth and are now ...
Abstract Two TeO 2 crystal bolometers of 1.3 kg each, the largest single crystals eve...
Abstract The use of cryogenic thermal particle detectors permits the realization of detectors of v...
Abstract Bolometric detectors can be realized with a wide range of materials, and large mass. Some...
Abstract TeO2 thermal detectors are being used by the Milano group to search for neutrinoless doub...
Present results on neutrinoless double beta decay of 130Te obtained with an array of 20 cryogenic de...
Abstract A 73.1 g TeO2 bolometric detector has been operating for more than two months at about 16...
Abstract A massive thermal detector to be used to search for rare decays and to detect high-energy...
Abstract A 334 g TeO2 crystal has been operated at a temperature of around 10 mK for more than one...
Since many years the Milano Gran Sasso collaboration is developing large mass calorimeters for Doubl...
Preliminary results on double beta decay of 130 Te obtained in the first run of an array of twenty c...
Abstract The scintillation yields of CaF 2 crystals with different doping concentration of Europi...
New results are presented of a search for double beta decay of Te isotopes carried out, using the bo...
After an introduction on the various experimental techniques to be adopted in searches for double be...
Abstract The Milano group is using an array of four crystals of TeO 2 , 334 g each, to search for ...
During the last decades, low temperature detectors have undergone a considerable growth and are now ...
Abstract Two TeO 2 crystal bolometers of 1.3 kg each, the largest single crystals eve...