Abstract
The main task of the team was to create a fallout map of {sup 137}Cs in a specified area in Padasjoki Auttoinen village. The team used an MI-8 helicopter of the Finnish Air Force. The team had an HPGe system (relative efficiency 70%) to measure nuclide specific ground contamination level. For navigation the team took advantage of the DGPS service provided by Finnish Broadcasting company utilizing the RDS-channel to get position accuracy within 2 meters. The correction signal is reachable nationwide on the FM transmitter network. The system produced a distribution map for {sup 40}K and fallout maps for {sup 134,137}Cs using a Micro Station Program with TerraModeler application. The maximum measured {sup 137}Cs ground contamination exceeded 130-140 kBqm{sup -2}. (au).
Kettunen, M;
Heininen, T;
[1]
Pulakka, M
[2]
- Finnish Defence Forces Research Centre, Lakiala (Finland)
- Finnish Air Force Depot, Tampere (Finland)
Citation Formats
Kettunen, M, Heininen, T, and Pulakka, M.
Airborne fallout mapping of {sup 137}Cs Finnish defence forces team.
Denmark: N. p.,
1997.
Web.
Kettunen, M, Heininen, T, & Pulakka, M.
Airborne fallout mapping of {sup 137}Cs Finnish defence forces team.
Denmark.
Kettunen, M, Heininen, T, and Pulakka, M.
1997.
"Airborne fallout mapping of {sup 137}Cs Finnish defence forces team."
Denmark.
@misc{etde_587803,
title = {Airborne fallout mapping of {sup 137}Cs Finnish defence forces team}
author = {Kettunen, M, Heininen, T, and Pulakka, M}
abstractNote = {The main task of the team was to create a fallout map of {sup 137}Cs in a specified area in Padasjoki Auttoinen village. The team used an MI-8 helicopter of the Finnish Air Force. The team had an HPGe system (relative efficiency 70%) to measure nuclide specific ground contamination level. For navigation the team took advantage of the DGPS service provided by Finnish Broadcasting company utilizing the RDS-channel to get position accuracy within 2 meters. The correction signal is reachable nationwide on the FM transmitter network. The system produced a distribution map for {sup 40}K and fallout maps for {sup 134,137}Cs using a Micro Station Program with TerraModeler application. The maximum measured {sup 137}Cs ground contamination exceeded 130-140 kBqm{sup -2}. (au).}
place = {Denmark}
year = {1997}
month = {Dec}
}
title = {Airborne fallout mapping of {sup 137}Cs Finnish defence forces team}
author = {Kettunen, M, Heininen, T, and Pulakka, M}
abstractNote = {The main task of the team was to create a fallout map of {sup 137}Cs in a specified area in Padasjoki Auttoinen village. The team used an MI-8 helicopter of the Finnish Air Force. The team had an HPGe system (relative efficiency 70%) to measure nuclide specific ground contamination level. For navigation the team took advantage of the DGPS service provided by Finnish Broadcasting company utilizing the RDS-channel to get position accuracy within 2 meters. The correction signal is reachable nationwide on the FM transmitter network. The system produced a distribution map for {sup 40}K and fallout maps for {sup 134,137}Cs using a Micro Station Program with TerraModeler application. The maximum measured {sup 137}Cs ground contamination exceeded 130-140 kBqm{sup -2}. (au).}
place = {Denmark}
year = {1997}
month = {Dec}
}