Physical Nonequilibrium in Soils: Modeling and ApplicationPhysical Nonequilibrium in Soils provides cutting-edge knowledge on physical nonequilibrium phenomena in soils, offering unique insight into the complexity of our physical world. With 18 chapters comprising the book, topics cover |
Contents
Coupling Sorption Rate Heterogeneity | 1 |
Model Evaluation | 22 |
Summary | 31 |
Hydraulic and Physical Nonequilibrium Effects | 37 |
Multiregion Flow and Transport Modeling | 54 |
Multiprocess Nonequilibrium and Nonideal Transport | 63 |
Summary | 78 |
MobileImmobile Physical Nonequilibrium Models MIM | 84 |
Flow Interruption | 252 |
Multiple Tracers with Grossly Different Sizes | 261 |
Aggregates Macropores | 273 |
Macropores | 287 |
Prospective | 292 |
Field Method | 298 |
Field Applications | 305 |
Transfer Function Approaches to Modeling | 311 |
Coupling of Chemical Equilibrium Models to MIM | 92 |
Coupling Chemical Nonequilibrium to the MIM | 98 |
Other Formulations of MIM MRM and SOM | 104 |
References | 110 |
Analytical Solutions for Nonequilibrium | 117 |
WellDefined Aggregates | 137 |
Further Application of the Laplace Transform | 144 |
Summary | 150 |
Use of Fractals to Describe Soil Structure | 157 |
Impact of Nonequilibrium Flow on Soil and Water Quality | 177 |
Future Research Needs | 189 |
Modeling the Impact of Preferential Flow | 195 |
Summary | 216 |
Modeling the Interaction Between Leaching and Intraped | 223 |
Evaluating the Models | 234 |
Experimental Techniques for Confirming | 243 |
Modeling Approaches | 323 |
Summary | 340 |
List of Symbols | 347 |
Dye Tracing Studies | 358 |
DensityCoupled Water Flow | 371 |
Mathematical Description of DensityDependent Flow in Porous Media | 378 |
Summary | 385 |
Linear Stability Analysis | 394 |
Flow and Entrapment of Nonaqueous Phase Liquids | 417 |
Nonwetting Fluids in Unsaturated Layered Soils | 423 |
Unstable Displacement of Dense Fluids in Saturated Soils | 429 |
Acknowledgments | 449 |
Using GIS and Geostatistics to Model Nonequilibrium Flow | 455 |
Applications | 461 |
Other editions - View all
Physical Nonequilibrium in Soils: Modeling and Application H. Magdi Selim,Liwang Ma Limited preview - 2022 |
Physical Nonequilibrium in Soils: Modeling and Application H. Magdi Selim,Liwang Ma No preview available - 2020 |
Common terms and phrases
Addiscott adsorption advective aggregates applied approach aquifer atrazine Bouma breakthrough curves Brusseau BTCs bypass flow chemical clay soil coefficient contaminant density depth described dispersion dissolution fingering distribution domain drain drainage effect equation equilibrium experimental experiments field soil Figure first-order flow and transport flow interruption fluid flux fractured Genuchten groundwater heterogeneous hydraulic conductivity Hydrol immobile water infiltration infiltrometer initial input Jury Kookana layer lysimeters macropores macroscopic mass transfer matrix measured mobile mobile-immobile NAPL nitrate leaching nonideal nonreactive numerical parameters pedotransfer functions pesticide phase PORE VOLUMES porosity porous media predicted preferential flow pressure head region resident concentration samples sand saturated scale Selim simulation Soil Sci soil structure soil water solute movement solute transport sorbing sorption spatial studies subsurface tion tracer transfer function unsaturated vadose zone values variable velocity Wagenet water and solute water content water flow Water Resour Wierenga zone