Analysis of the fate and transport of nC₆₀ nanoparticles in the subsurface using response surface methodology

Keyphrases

• Engineered Nanomaterials 100%
• Response Surface Methodology 100%
• NC60 100%
• Heterogeneous Sites 50%
• Collision Efficiency 33%
• Highly Heterogeneous 33%
• Efficiency Factor 33%
• Hydraulic Gradient 33%
• R-squared Value 33%
• Aqueous Phase 33%
• Concentration Distribution 33%
• Centroid 33%
• Size Efficiency 16%
• Mass Percentage 16%
• Assessment Development 16%
• Emerging Contaminants 16%
• Polynomial Regression Equation 16%
• Simple Regression 16%
• Subsurface Environment 16%
• Phase-engineered 16%
• Risk Policy 16%
• Statistical Experimental Design 16%
• Advanced Statistical 16%
• Nanoparticle Collisions 16%
• Permeability Field 16%
• Statistical Techniques 16%
• Policy Development 16%
• Equation-based 16%

Engineering

• Response Surface Methodology 100%
• Regression Equation 80%
• Aqueous Phase 40%
• Concentration Distribution 40%
• Efficiency Factor 40%
• Hydraulic Gradient 40%
• Nanomaterials Transport 20%
• Design of Experiments 20%
• Key Parameter 20%
• Mass Percentage 20%