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Geology of Olkiluoto: the disposal site for spent nuclear fuel in Finland
Ismo S. Aaltonen
, Jon O. Engström
, Kai A. Front
, Seppo A. Gehör
, Aulis J. Kärki
, Paula J. Kosunen
, Jussi A. Mattila
, Markku Paananen
, Seppo Paulamäki
VTT Technical Research Centre of Finland
Posiva Oy
Geological Survey of Finland (GTK)
VTT (former employee or external)
University of Oulu
Kivitieto Oy
Research output
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INIS
finland
100%
spent fuels
100%
geology
100%
data
66%
deformation
66%
rocks
66%
drill cores
66%
applications
33%
reviews
33%
construction
33%
implementation
33%
power
33%
slip
33%
mapping
33%
management
33%
employment
33%
nuclear power plants
33%
islands
33%
nuclear wastes
33%
investigations
33%
fluids
33%
fractures
33%
economy
33%
radiation safety
33%
nuclear safety
33%
high-level radioactive wastes
33%
operating licenses
33%
license applications
33%
state government
33%
hydrothermal alteration
33%
diabases
33%
dikes
33%
licensing
33%
metamorphic rocks
33%
plutonic rocks
33%
illite
33%
Keyphrases
Finland
100%
Olkiluoto
100%
Disposal Site
100%
Spent nuclear Fuel
100%
Site Description
25%
Drill Core
25%
Nuclear Power Plant
12%
Nuclear Waste Repository
12%
Final Disposal
12%
Radiation Safety
12%
Nuclear Safety
12%
High-level Radioactive Waste
12%
Fault-slip Data
12%
Plutonic Rocks
12%
Geophysical Investigation
12%
Palaeoproterozoic
12%
Mapping Programs
12%
Tunnel Mapping
12%
Deep Geological Repository
12%
Deformation History
12%
Diabase Dikes
12%
Integrated Description
12%
Brittle Deformation
12%
Rock Mass Fracture
12%
Waste Generated
12%
Supracrustal
12%
Paleostress Inversion
12%
Paleostress
12%
Substantial Part
12%
Expert Organizations
12%
Veinlets
12%
High-grade Metamorphic Rocks
12%
Power Company
12%
Arenite
12%
Paleoproterozoic
12%
Hydrothermal Alteration
12%
Background Material
12%
Illite
12%
Fault Gouge
12%
Ductile Deformation
12%
Disposal Facilities
12%
Operating License
12%
K-Ar Ages
12%
Earth and Planetary Sciences
Nuclear Fuel
100%
Finland
100%
Geology
100%
Radioactive Waste
66%
Nuclear Power Plant
33%
Nuclear Safety
33%
Plutonic Rock
33%
Fault Gouge
33%
Deformation History
33%
Brittle Deformation
33%
Hydrothermal Alteration
33%
Ductile Deformation
33%
Fault Slip
33%
Diabase
33%
Illite
33%
Metamorphic Rock
33%