Engineering
Double Layer
100%
Spent Fuels
100%
Fuel Rod
100%
Free Water
100%
Spent Nuclear Fuel
100%
Reference Case
100%
Temperature Behavior
100%
Buffering Capacity
100%
Protonation
100%
Commercial Software
100%
Saturation Temperature
100%
Chemical Parameter
100%
Partial Pressure
100%
Borehole
100%
Calcium Sulfate
100%
Structural Model
100%
Hard Rock
100%
Cast Iron
100%
Ion Exchange
100%
Keyphrases
Bentonite
100%
Near-field
100%
Chemical Behavior
100%
KBS-3V
100%
Final Repository
28%
Bentonite Clay
14%
Canister
14%
Compacted Bentonite
14%
Pore Water
14%
Finland
7%
Microstructure
7%
Olkiluoto
7%
Temperature Effect
7%
Accurate Model
7%
Repository Conditions
7%
Kinetic Data
7%
Cast Iron
7%
Copper Canister
7%
Heater
7%
Safety Assessment
7%
Barrier Concept
7%
Bentonite Buffer
7%
Multi-barrier
7%
Spent Fuel Rod
7%
Spent nuclear Fuel
7%
Chemical Changes
7%
Simplified Model
7%
Commercial Software
7%
Water Quantity
7%
Surface Grain
7%
Buffer Material
7%
Cation Exchange
7%
Complex Materials
7%
Pressure Effect
7%
Tight Sandstone
7%
Grain Width
7%
Chemical Parameters
7%
KBS-3
7%
Sodium Montmorillonite
7%
Buffering Capacity
7%
Surface Complexation
7%
Sodium Perchlorate
7%
Chemical Evolution
7%
Vertical Borehole
7%
Partially Saturated
7%
Thermal Phase
7%
Hard Rock
7%
High Temperature Behavior
7%
Partial Pressure of Carbon Dioxide
7%
Major Ions
7%
Anhydrite
7%
Mechanical Parameters
7%
Reactive Surface Area
7%
Mineral Surface Area
7%
Surface Protonation
7%
Mechanical Protection
7%
Chemical Protection
7%
Exchange Behaviour
7%
Geochemist's Workbench
7%
Diffuse Double Layer
7%
Protonation Site
7%
Microstructural Behavior
7%
Radionuclide Diffusion
7%
Saturation Temperature
7%
INIS
bentonite
100%
water
36%
laboratories
21%
canisters
15%
performance
10%
comparative evaluations
10%
surfaces
10%
buffers
10%
microstructure
10%
modeling
10%
spent fuels
10%
ph value
10%
clays
10%
failures
5%
layers
5%
mixtures
5%
finland
5%
data
5%
interfaces
5%
kinetics
5%
approximations
5%
barriers
5%
computer codes
5%
diffusion
5%
high temperature
5%
precipitation
5%
heaters
5%
carbon dioxide
5%
saturation
5%
heat
5%
capacity
5%
units
5%
depth
5%
protection
5%
copper
5%
surface area
5%
ions
5%
sweden
5%
underground
5%
boreholes
5%
risk assessment
5%
cast iron
5%
minerals
5%
rocks
5%
fuel rods
5%
rings
5%
sodium
5%
partial pressure
5%
radionuclides
5%
structural models
5%
calcium
5%
ion exchange
5%
montmorillonite
5%
pressure effects
5%
anhydrite
5%
sodium perchlorates
5%
Material Science
Sodium
100%
Nuclear Fuel
50%
Surface Complexation
50%
Cast Iron
50%
Surface (Surface Science)
50%
Carbon Dioxide
50%
Chemical Engineering
Clay Mineral
100%
Carbon Dioxide
100%
Radioisotope
100%
Earth and Planetary Sciences
Bentonite
100%
Can
15%
Porewater
10%
Surface Area
5%
Laboratory Experiment
5%
State of the Art
5%
Partial Pressure
5%
Borehole
5%
Nuclear Fuel
5%
Selectivity
5%
Montmorillonite
5%
Chemical Evolution
5%
Complexation
5%
Hard Rock
5%
Finland
5%
Radionuclide
5%
Pressure Effect
5%
Geochemist
5%
Anhydrite
5%
Perchlorate
5%
Carbon Dioxide
5%
Spent Fuels
5%
Clay Mineral
5%
Ion Exchange
5%
Iron
5%