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Storage stability of bituminized reactor wastes
Petri Peltonen, Aarre Niemi
VTT Technical Research Centre of Finland
Research output
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Dive into the research topics of 'Storage stability of bituminized reactor wastes'. Together they form a unique fingerprint.
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Earth and Planetary Sciences
Bitumen
100%
Resin
61%
Waste
27%
Water
22%
Mixture
22%
Groundwater
16%
Condition
16%
Research
16%
Specimen
11%
Adhesion
11%
Steel
11%
Gas
11%
Swelling
11%
Asphaltene
11%
Radioactive Waste
5%
Surface Layer
5%
Stiffness
5%
Internal Pressure
5%
Defect
5%
Water Storage
5%
Lime
5%
Compressibility
5%
Fineness
5%
Groundwater Storage
5%
Protection
5%
Information
5%
Laboratory
5%
Report
5%
Need
5%
Investigation
5%
Standard
5%
Ratio
5%
Medium
5%
Quality
5%
Shape
5%
Amount
5%
Risk
5%
Diffusion
5%
Month
5%
Embrittlement
5%
Crack
5%
Chemistry
Bitumen
100%
Resin
61%
Waste Material
27%
Water Type
22%
Mixture
22%
Groundwater
16%
Gas
11%
Liquid Film
11%
Structure
11%
Storage
11%
Diffusion
5%
Shape
5%
Water Soluble
5%
Compressibility
5%
Internal Pressure
5%
Concentration
5%
Container
5%
Number
5%
Reactor
5%
Embrittlement
5%
Amount
5%
Stiffness
5%
Capsule
5%
Physics
Bitumen
100%
Waste
27%
Water
22%
Mixtures
22%
Adhesion
11%
Steel
11%
Gases
11%
Swelling
11%
Waterproofing
11%
Bedrock
5%
Radioactive Waste
5%
Diffusivity
5%
Surface Layers
5%
Internal Pressure
5%
Defects
5%
Compressibility
5%
Protection
5%
Quality
5%
Information
5%
Standard
5%
Shapes
5%
Road
5%
Ratios
5%
Cracks
5%
Engineering
Water
22%
Mixture
22%
Research
16%
Waterproofing
11%
Storage
11%
Steel
11%
Swelling
11%
Laboratories
5%
Surface Layer
5%
Test Standard
5%
Soluble Salt
5%
Compressibility
5%
Internal Pressure
5%
Internal Corrosion
5%
Term Storage
5%
Pure Bitumen
5%
Resin Surface
5%
Asphaltenes
5%
Equivalent Time
5%
Aging
5%
Diffusion
5%
Properties
5%
Internals
5%
Crack
5%
Material Science
Mixture
22%
Gas
11%
Adhesion
11%
Film
11%
Spring Steel
11%
Swelling
11%
Compressibility
5%
Radioactive Waste
5%
Defect
5%
Crack
5%