The Belgrade underground laboratory consists of two interconnected spaces, a ground level laboratory and a shallow underground one, at 25 meters of water equivalent. The laboratory hosts a low-background gamma spectroscopy system and cosmic-ray muon detectors. With the recently adopted digital data acquisition system it is possible to simultaneously study independent operations of the two detector systems, as well as processes induced by cosmic-ray muons in germanium spectrometers. Characteristics and potentials of the present experimental setup, together with some preliminary results for the flux of fast neutrons and stopped muons, are reported here
Simulations of cosmic ray muon induced background of an HPGe detector placed inside an anti-Compton ...
Measuring the muon flux is important to the Sanford Underground Laboratory at Homestake, for which s...
An increasing number of underground experiments looking for phenomena beyond the standard model subs...
Abstract A low background counting facility with gamma spectroscopy is working in the underground ...
Abstract: We report results of cosmic-ray muon flux measurements in the Belgrade low-level laborator...
The next generation of low-background physics experiments will require the use of materials with unp...
Since understanding and quantifying cosmic ray induced radioactive backgrounds in copper and germani...
In this paper, we report on the construction and upgrade of a 2002 Lawrence Berkeley National Labora...
A concise technical characteristic of a new low-background laboratory DULB-4900 of the BNO INR RAS i...
The 90 tons liquid scintillation detector (LSD) is fully running since October 1984, at a depth of 5...
The Boulby Underground Germanium Suite (BUGS) comprises three low background, high-purity germanium ...
The Boulby Underground Germanium Suite (BUGS) comprises three low-background, high-purity germanium ...
A muon telescope based on 8 water cherenkov detectors was mounted at Basic Environmental Observatory...
Abstract A new germanium spectrometer especially suited for large sample measurements is described...
A massive (90 tons) liquid scintillation detector (LSD) has been running since October 1984 in the M...
Simulations of cosmic ray muon induced background of an HPGe detector placed inside an anti-Compton ...
Measuring the muon flux is important to the Sanford Underground Laboratory at Homestake, for which s...
An increasing number of underground experiments looking for phenomena beyond the standard model subs...
Abstract A low background counting facility with gamma spectroscopy is working in the underground ...
Abstract: We report results of cosmic-ray muon flux measurements in the Belgrade low-level laborator...
The next generation of low-background physics experiments will require the use of materials with unp...
Since understanding and quantifying cosmic ray induced radioactive backgrounds in copper and germani...
In this paper, we report on the construction and upgrade of a 2002 Lawrence Berkeley National Labora...
A concise technical characteristic of a new low-background laboratory DULB-4900 of the BNO INR RAS i...
The 90 tons liquid scintillation detector (LSD) is fully running since October 1984, at a depth of 5...
The Boulby Underground Germanium Suite (BUGS) comprises three low background, high-purity germanium ...
The Boulby Underground Germanium Suite (BUGS) comprises three low-background, high-purity germanium ...
A muon telescope based on 8 water cherenkov detectors was mounted at Basic Environmental Observatory...
Abstract A new germanium spectrometer especially suited for large sample measurements is described...
A massive (90 tons) liquid scintillation detector (LSD) has been running since October 1984 in the M...
Simulations of cosmic ray muon induced background of an HPGe detector placed inside an anti-Compton ...
Measuring the muon flux is important to the Sanford Underground Laboratory at Homestake, for which s...
An increasing number of underground experiments looking for phenomena beyond the standard model subs...