Recent results with bolometers as high resolution photon detectors raise hope of greatly improved energy resolutions in the detection of $\alpha$-particles and other ions. Theoretically the conversion noise due to fluctuations in the energy stored in the created defects sets a resolution limit for thermal charged particle detection. Aresolution of some hundred eV should be possible, which would offer a valuable improvement of the depth and mass resolution in RBS analysis. For this purpose we tested composite silicon bolometers with and without thin metal absorbers (Cu, Al) at temperatures between 280 and 600 mK. The particles detected by the bolometers were backscattered from a Ta-Cr-Si-sample at 1 K inside the cryostat irradiated by 200 ke...
Composite bolometer structures have provided the most sensitive IR detectors for operation at helium...
Since many years the Milano Gran Sasso collaboration is developing large mass calorimeters for Doubl...
n this contribution, we describe two innovations of the structure of large mass bolometers, proposed...
The response of a composite infrared bolometer to 5.4 MeV α particles from a 241Am source is examine...
The response of a composite infrared bolometer to 5.4 MeV α particles from a 241Am source is examine...
The response of a composite infrared bolometer to 5.4 MeV α particles from a 241Am source is examine...
Bolometers are very low temperature detectors which measure a deposited energy by the resulting ther...
The measurement of radioactivity by direct conversion of nuclear radiation into a temperature rise o...
Silicon bolometers have been obtained by phosphorous implantation on single crystal silicon substrat...
A massive bolometer with a 760 g TeO2 crystal as energy absorber, the largest employed underground, ...
Single-particle thermal detection of alpha-particles and gamma-rays in small composite bolometers wi...
During the last decades, low temperature detectors have undergone a considerable growth and are now ...
During the last decades, low temperature detectors have undergone a considerable growth and are now ...
During the last decades, low temperature detectors have undergone a considerable growth and are now ...
During the last decades, low temperature detectors have undergone a considerable growth and are now ...
Composite bolometer structures have provided the most sensitive IR detectors for operation at helium...
Since many years the Milano Gran Sasso collaboration is developing large mass calorimeters for Doubl...
n this contribution, we describe two innovations of the structure of large mass bolometers, proposed...
The response of a composite infrared bolometer to 5.4 MeV α particles from a 241Am source is examine...
The response of a composite infrared bolometer to 5.4 MeV α particles from a 241Am source is examine...
The response of a composite infrared bolometer to 5.4 MeV α particles from a 241Am source is examine...
Bolometers are very low temperature detectors which measure a deposited energy by the resulting ther...
The measurement of radioactivity by direct conversion of nuclear radiation into a temperature rise o...
Silicon bolometers have been obtained by phosphorous implantation on single crystal silicon substrat...
A massive bolometer with a 760 g TeO2 crystal as energy absorber, the largest employed underground, ...
Single-particle thermal detection of alpha-particles and gamma-rays in small composite bolometers wi...
During the last decades, low temperature detectors have undergone a considerable growth and are now ...
During the last decades, low temperature detectors have undergone a considerable growth and are now ...
During the last decades, low temperature detectors have undergone a considerable growth and are now ...
During the last decades, low temperature detectors have undergone a considerable growth and are now ...
Composite bolometer structures have provided the most sensitive IR detectors for operation at helium...
Since many years the Milano Gran Sasso collaboration is developing large mass calorimeters for Doubl...
n this contribution, we describe two innovations of the structure of large mass bolometers, proposed...