Browsing NGU Open Archive by Author "Watson, R.J."
Now showing items 1-4 of 4
-
GammaLog Playback 1.0 - mobile gamma ray spectrometry software
Watson, R.J.; Smethurst, M.A. (NGU-Rapport (2011.051), Report, 2012)The Geological Survey of Norway (NGU) operates a mobile gamma ray spectrometer system which can be used in nuclear emergency situations to determine the location and type of orphan sources, or the extent and type of fallout ... -
Måling av radioaktivitet ved Kvernsundtunnelen til Bjarkøya i Troms.
Herfindal, K.K.; Rønning, J.S.; Watson, R.J.; Elvebakk, H.; Bjørlykke, A. (NGU-Rapport (2018.019), Report, 2018)Tunneldrift i bergarter med forhøyet innhold av de naturlige radioaktive elementene U, Th og K kan utgjøre et miljøproblem på flere måter. Det kan utsette tunnelarbeiderne for uheldige strålingsdoser, uheldige konsentrasjoner ... -
Orphan source detection at REFOX with a 16-litre Nal car-mounted gamma ray spectrometer
Watson, R.J.; Koziel, J.; Baranwal, V.C. (NGU-Rapport (2015.008), Report, 2015)The Geological Survey of Norway (NGU )has been involved in measurements of anthropogenic radiation from the time of the Chernobyl accident of 1986, and since then has cooperated with the Norwegian Radiation Protection ... -
Reprocessing of airborne gamma-ray spectrometry data in Norway for mapping of Cs-137 deposition from the Chernobyl accident
Baranwal, V.C.; Stampolidis, A.; Koziel, J.; Watson, R.J.; Rønning, J.S. (NGU-Rapport (2019.039), Report, 2020)A catastrophic nuclear accident occurred on April 26th1986 at Chernobyl nuclear power plant outside Kiev, Ukraine. Because of the accident, several areas in Norway received radioactive fallout. Initially, several anthropogenic ...