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Simulations of hydrogeological evolution at Olkiluoto
Jari Löfman, T. Karvonen
WaterHope
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INIS
simulation
100%
permafrost
100%
ice
80%
surfaces
70%
rocks
70%
salinity
60%
volume
60%
ground water
50%
margins
50%
climates
40%
sheets
40%
hydraulics
40%
levels
30%
modeling
30%
fresh water
30%
boundary conditions
30%
flow rate
30%
values
20%
comparative evaluations
20%
data
20%
water
20%
depth
20%
soils
20%
streams
20%
climatic change
20%
water infiltration
20%
overburden
20%
performance
10%
construction
10%
interfaces
10%
concentration
10%
calculation methods
10%
recovery
10%
distribution
10%
increasing
10%
dilution
10%
range
10%
carbon dioxide
10%
spent fuels
10%
closures
10%
nuclear power plants
10%
prediction
10%
accuracy
10%
zones
10%
investigations
10%
underground
10%
connections
10%
biosphere
10%
atmospherics
10%
hydraulic conductivity
10%
disturbances
10%
assignments
10%
gis
10%
flow models
10%
Earth and Planetary Sciences
Salinity
100%
Ice Sheet
66%
Ice Margin
66%
Flow Velocity
50%
Freshwater
50%
Boundary Condition
50%
Climate Change
33%
Groundwater Flow
33%
Overburden
33%
Nuclear Power Plant
16%
Research Facility
16%
Hydraulic Conductivity
16%
Spent Fuels
16%
Site Investigation
16%
Dilution
16%
Atmospherics
16%
Climate Condition
16%
Hydraulic Property
16%
Hydraulic Head
16%
Water Flux
16%
Postglacial
16%
Geographic Information Systems
16%
Numerical Modeling
16%
Lithosphere
16%
Keyphrases
Hydrogeological Changes
100%
Rock Volume
85%
Tunnel Systems
14%
Ice-sheet Models
14%