Deposition and reentrainment of colloidal particles in disordered fibrous filters under chemically and physically unfavorable conditions

Keyphrases

• Particle Deposition 100%
• Colloidal Particles 100%
• Re-entrainment 100%
• Unfavorable Conditions 100%
• Fibrous Filter 100%
• Filtration Performance 66%
• Computational Fluid Dynamics Simulation 66%
• Hydrodynamic Effect 66%
• Discrete Phase Model 66%
• Monodisperse 33%
• Fluid-solid 33%
• Filtration Efficiency 33%
• Simulation Method 33%
• Chemical Effect 33%
• Particle Tracking 33%
• Interaction Energy 33%
• Ionic Strength 33%
• Randomly Distributed 33%
• Parameter-free 33%
• User-defined Function 33%
• Chemical Factors 33%
• Deposited Particles 33%
• Physical Factors 33%
• Zeta Potential 33%
• Colloids 33%
• Fluid Velocity 33%
• Interception 33%
• Parameter Factor 33%
• Particle Filter 33%
• Process Calculation 33%
• Fiber Size 33%
• Collision Efficiency 33%
• Constant Potential 33%
• Hamaker Constant 33%
• Empirical Factors 33%
• Deposition Behavior 33%
• Fluid Hydrodynamics 33%
• Solid Volume Fraction 33%

Material Science

• Computational Fluid Dynamics 100%
• Hydrodynamics 100%
• Volume Fraction 50%
• Deposition of Particle 50%
• Surface (Surface Science) 50%

Chemical Engineering

• Reentrainment 100%
• Colloid 33%
• Zeta Potential 33%