The Beach Monitoring Steering Group (BMSG) was set up by UKAEA to explore whether improved systems for beach monitoring of radioactive particles are available. The BMSG commissioned the British Geological Survey (BGS) and the Nuclear Geophysics Division of the Kernfysisch Versneller Instituut (KVI/NGD), and other companies, to test their most sensitive system. This paper presents the results of trials in a specially created test facility at UKAEA Harwell with a large BGO detector. The detector's size and weight mean that it would be suitable for vehicle deployment but would be too large and heavy to carry in areas that could not be accessed by a vehicle. However, it would be possible to use the same methodology that is described here with a...
Gamma ray spectroscopy has been successfully applied as a survey tool in the fields of morphology, g...
The core-logger PHAROS was designed at Kernfysisch Versneller Instituut, Groningen, the Netherlands ...
Monitoring large (underwater) surfaces, with rapidly varying composition, requires a sampling densit...
The Beach Monitoring Steering Group (BMSG) was set up by UKAEA to explore whether improved systems f...
This paper represents a supplementary study to Part I: Monte Carlo assessment of detection depth lim...
This paper represents a supplementary study to Part I: Monte Carlo assessment of detection depth lim...
A joint research project between the British Geological Survey and Nuclear Geophysics Division of th...
A joint research project between the British Geological Survey and Nuclear Geophysics Division of th...
Measurement of natural radioactivity has been used in both a qualitative and a quantitative way in m...
In several places, programmes are in place to locate and recover radioactive particles that have the...
Following the discovery of a number of hot particles in the offshore environment of Dounreay on the ...
The response of large volume Airborne Gamma Spectrometry (AGS) detectors has been modelled using Mon...
The performance of three different backpack-mounted γ-radiation survey systems has been investigated...
AbstractHigh-coverage in situ surveys with gamma detectors are the best means of identifying small h...
Gamma ray spectroscopy has been successfully applied as a survey tool in the fields of morphology, g...
The core-logger PHAROS was designed at Kernfysisch Versneller Instituut, Groningen, the Netherlands ...
Monitoring large (underwater) surfaces, with rapidly varying composition, requires a sampling densit...
The Beach Monitoring Steering Group (BMSG) was set up by UKAEA to explore whether improved systems f...
This paper represents a supplementary study to Part I: Monte Carlo assessment of detection depth lim...
This paper represents a supplementary study to Part I: Monte Carlo assessment of detection depth lim...
A joint research project between the British Geological Survey and Nuclear Geophysics Division of th...
A joint research project between the British Geological Survey and Nuclear Geophysics Division of th...
Measurement of natural radioactivity has been used in both a qualitative and a quantitative way in m...
In several places, programmes are in place to locate and recover radioactive particles that have the...
Following the discovery of a number of hot particles in the offshore environment of Dounreay on the ...
The response of large volume Airborne Gamma Spectrometry (AGS) detectors has been modelled using Mon...
The performance of three different backpack-mounted γ-radiation survey systems has been investigated...
AbstractHigh-coverage in situ surveys with gamma detectors are the best means of identifying small h...
Gamma ray spectroscopy has been successfully applied as a survey tool in the fields of morphology, g...
The core-logger PHAROS was designed at Kernfysisch Versneller Instituut, Groningen, the Netherlands ...
Monitoring large (underwater) surfaces, with rapidly varying composition, requires a sampling densit...