Modeling the effects of nonlinear equilibrium sorption on the transport of solute plumes in saturated heterogeneous porous media

Keyphrases

• Adsorption Isotherm 14%
• Affinity Field 28%
• Center of Mass Displacement 14%
• Correlation Degree 14%
• Correlation Length 14%
• Deceleration 14%
• Degree of Heterogeneity 14%
• Domain Heterogeneity 14%
• Equilibrium Sorption 100%
• Finite Area 14%
• Flow Field 14%
• Freundlich 28%
• Freundlich Isotherm 14%
• Heterogeneous Flow 14%
• Heterogeneous Porous Media 100%
• Homogeneous Flow 14%
• Hydraulic Conductivity 14%
• Hydraulic Conductivity Field 28%
• Linear Adsorption 28%
• Linear Relationship 14%
• Mechanical Dispersion 14%
• Minimal Effects 14%
• Nonlinear Adsorption 14%
• Nonlinear Equilibrium 100%
• Particle Tracking 14%
• Plume 100%
• Plume Movement 14%
• Pore Velocity 14%
• Random Walk Method 14%
• Retardation Factor 14%
• Skewness 14%
• Solute 71%
• Solute Transport 100%
• Sorption 28%
• Sorption Affinity 28%
• Spatial Moments 28%
• Steady Flow 14%
• Transport Mechanism 14%
• Travel Distance 14%
• Velocity Dispersion 14%

Engineering

• Correlation Length 33%
• Flow Distribution 33%
• Flow Domain 66%
• Homogeneous Flow 33%
• Hydraulics 100%
• Instantaneous Pulse 33%
• Linear Relationship 33%
• Local Scale 33%
• Mass Displacement 33%
• Mechanical Dispersion 33%
• Retardation 33%
• Solute Transport 33%
• Transport Mechanism 33%

Chemical Engineering

• Solute Transport 12%
• Sorption 100%
• Sorption Isotherm 25%