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Keyphrases
239Pu
16%
Barrier System
66%
Biosphere
16%
Carbon-14
16%
Ceramic Materials
16%
Compartmental Model
16%
Decay Chain
16%
Disposal System
100%
Dissolution Time
16%
Efficient Transport
16%
Finland
16%
Groundwater
16%
I-129
16%
Individual Barriers
16%
Individual Transport
16%
Mass Transfer
16%
Mass Transfer Coefficient
16%
Multi-barrier
100%
Multi-barrier System
33%
Numerical Modeling
16%
Numerical Transport
16%
Performance Assessment
16%
Radioactive Decay
16%
Radionuclide Migration
16%
Radionuclides
66%
Relative Efficiency
33%
Release Rate
50%
Repository System
66%
Reservoir Capacity
16%
Simplified Analytical Method
16%
Simplified Approach
33%
Solute
100%
Solute Transport
100%
Source Term
16%
Spent nuclear Fuel
33%
Transport Barriers
83%
Transport Simulation
16%
Typical Behavior
16%
Underground Repository
16%
Waste Canisters
33%
Well-mixed
16%
Well-mixed Condition
16%
Whole Systems
16%
Engineering
Analytical Approach
33%
Compartment Model
33%
Disposal System
100%
Main Characteristic
33%
Mass Transport
33%
Numerical Modeling
33%
Release Rate
100%
Simplifies
33%
Solute Transport
100%
Source Term
33%
Spent Nuclear Fuel
66%
INIS
assessments
3%
barriers
100%
biosphere
3%
buffers
3%
canisters
6%
capacity
3%
ceramics
3%
chains
3%
comparative evaluations
6%
compartments
17%
coupling
3%
dissolution
6%
efficiency
6%
finland
3%
ground water
3%
half-life
6%
halftime
20%
interfaces
3%
iodine 129
3%
mass transfer
6%
modeling
3%
nuclear decay
3%
nuclides
13%
performance
6%
plutonium 239
3%
pulses
3%
radionuclide migration
6%
radionuclides
10%
simulation
6%
solutes
100%
source terms
3%
spent fuels
6%
tools
3%
transport
100%
underground
3%
wastes
10%
Earth and Planetary Sciences
Can
40%
Finland
20%
Half-Life
40%
Mass Transport
20%
Nuclear Fuel
40%
Nuclides
60%
Numerical Modeling
20%
Performance Assessment
20%
Radioactive Isotope
100%
Radionuclide Migration
20%
Solute Transport
100%
Physics
Half-Life
40%
Mass Transport
20%
Nuclear Fuel
40%
Nuclides
60%
Radioactive Decay
20%
Radioactive Isotope
100%
Radionuclide Migration
20%
Chemistry
Buffer Solution
16%
Mass Transport
16%
Radioisotope
100%
Spent Fuel Radioactive Waste
33%
Chemical Engineering
Mass Transport
16%
Radioisotope
100%