INIS
triga type reactors
100%
firs
74%
decommissioning
72%
reactors
66%
planning
40%
wastes
40%
finland
36%
reactor decommissioning
33%
inventories
29%
comparative evaluations
26%
radionuclides
24%
fuels
23%
irradiation
23%
graphite
21%
steels
20%
research reactors
19%
nuclides
18%
carbon 14
17%
modeling
17%
nickel 63
16%
iron 55
16%
exercise
15%
data
14%
operation
13%
waste management
13%
validation
13%
burnup
12%
concentration
12%
pressure vessels
11%
neutrons
10%
nuclear wastes
10%
sampling
10%
Keyphrases
Finland
47%
TRIGA Research Reactor
44%
Reactor
42%
Decommissioning Waste
38%
TRIGA
36%
Reactor Decommissioning
33%
Research Reactor
31%
Decommissioning Plan
26%
Activation Calculation
22%
TRIGA Reactor
22%
TRIGA Mark II
21%
Activity Inventory
21%
Lessons Learned
17%
Irradiation
16%
Graphite
16%
63Ni
15%
55Fe
15%
ORIGEN-S
15%
Difficult to Measure Radionuclides
15%
Intercomparison Exercise
14%
Activity Characterization
13%
Final Disposal
13%
Waste Management
12%
Mcnp
12%
Steel-aluminum
12%
Aluminum Graphite
12%
Reactor Pressure Vessel Steel
11%
Material Composition
10%
Nuclide Inventory
10%
Gamma Emitters
10%
Irradiated Materials
10%
Normal Strength Concrete
10%
Ordinary Steel
10%
Radiological Impact
10%
Decommissioning Process
10%
Radioactive Inventory
10%
Residual Activity
10%
