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Series IV. Courses [series]:
 
Agronomy Course 607 R.D. Miller-Overheads-Soil Physics Part 1 Statics [subseries]:
  3  
Soil Particles, Mechanical Analysis, Representative Samples, Textual Triangle, Closely Packed Spheres
  3  
Soil Composition, Definitions, Idiosyncrasies
  3  
Water Contend, Bulk Density, Neutron Probe
  3  
Forces, Ideal Gas Law, Properties of Water, Static Equilibrium in Force Field
  3  
Surface Tension, Capillary Rice, Bubbles, Phase Barriers
  3  
Wetting and Drying, Hysteresis, Air Entry, Independent Domains
  3  
Haines and Fisher Analyses, Terzaghi Equation, Aitchison's Concept, Synder's Work
  3  
Clay Minerals, Electrophoresis and Electroosmosis, Helmholz-Schmolvchowski Equation, Ideal Diffuse Electrical Double Layer, Dispersion
 
Agronomy Course 607 R.D. Miller-Overheads-Soil Physics Part 2 Dynamics [subseries]:
  3  
Recapitulation, Component Potentials, Adsorption Versus Capillary Space
  3  
Flow in Saturated Soils, Darcy's Law, Kozeny Equations, Geometric Mean Diameter
  3  
Miscible Displacement, Dispersion and Diffusion
  3  
Method of Images, Electrostatic Analogue, Flow Nets, Dupuit Equation
  3  
Flow in Unsaturated Soils, Equation of Continuity, Diffusivity, Available Water Range
  3  
Scale Modelling, Grain, Substance and Forle Analogues, Scaling Statics, Scaling Dynamics
  3  
Coupling of Transport Processes, Frost Heave, Freezing and Thawing Versus Wetting and Drying, Schofield's Work
 
Agronomy Course 607 R.D. Miller, Course Materials [subseries]:
  3  
Course Materials 1
  3  
Course Materials 2