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Diffusion in crushed rock and in bentonite clay: Dissertation
Markus Olin
Research output
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Thesis
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Dissertation
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Monograph
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Dive into the research topics of 'Diffusion in crushed rock and in bentonite clay: Dissertation'. Together they form a unique fingerprint.
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Engineering
Exchange Reaction
100%
Crushed Rock
100%
Fickian Diffusion
100%
Ion Exchange
100%
Experimental Result
50%
Scale Experiment
50%
Main Component
50%
Transport Mechanism
50%
Simple System
50%
Diffusion Model
50%
Monovalent Ion
50%
Apparent Diffusion
50%
Ion-Exchange Capacity
50%
Operating Level
50%
Anions and Cation
50%
Hydraulics
50%
Laplace Transform
50%
Numerical Methods
50%
Diffusion Theory
50%
Surface Water
50%
Equilibrium Model
50%
Green's Functions
50%
Keyphrases
Bentonite
100%
Bentonite Clay
100%
Crushed Rock
100%
Surface Diffusion
33%
Binding Constant
33%
Sorption Models
33%
Linear Adsorption
33%
Ion Exchange Reaction
33%
Fickian Diffusion
33%
Magnesium
16%
Anions
16%
Water Surface
16%
Small-scale Experiment
16%
Numerical Methods
16%
Good Enough
16%
Main Components
16%
Sorption
16%
Hydraulic Conductivity
16%
Water System
16%
Transport Mechanism
16%
Diffusion Theory
16%
Porous Media
16%
Potassium
16%
Compacted Bentonite
16%
Montmorillonite
16%
Chemical Phenomena
16%
Waste Repository
16%
Diffusion Model
16%
Pore Water
16%
Simple System
16%
Chemical Model
16%
Laplace Transform
16%
Diffusion Phenomena
16%
Sodium Exchange
16%
Diffusion in Pores
16%
Ion Exchange Capacity
16%
Apparent Diffusion Coefficient
16%
Chemical Equilibrium Model
16%
Monovalent Ions
16%
Transform Function
16%
Cation Diffusion
16%
Green Method
16%
Sand Rock
16%
INIS
diffusion
100%
clays
100%
bentonite
100%
rocks
100%
sorption
23%
ion exchange
23%
values
15%
transport
15%
cations
15%
levels
7%
surfaces
7%
water
7%
wastes
7%
equilibrium
7%
validation
7%
capacity
7%
ions
7%
porous materials
7%
magnesium
7%
anions
7%
sand
7%
surface waters
7%
sodium
7%
hydraulic conductivity
7%
calcium
7%
potassium
7%
montmorillonite
7%
green function
7%
laplace transformation
7%
Material Science
Surface Diffusion
100%
Ion Exchange Reaction
100%
Magnesium
50%
Hydraulics
50%
Sodium
50%
Potassium
50%
Chemical Engineering
Ion Exchange
100%
Surface Diffusion
66%
Clay Mineral
33%