Earth and Planetary Sciences
Water Retention
100%
Preferential Flow
100%
Solute Transport
100%
Approach
80%
Time Domain Reflectometry
80%
Moisture Content
60%
Landfill
60%
Infiltration
60%
Leachate
60%
Water Flow
40%
Rate
40%
Pore Space
40%
Hydrostatics
40%
Waste
40%
Model
40%
Experiment
40%
Sample
40%
Solute
20%
Landfill Gas
20%
Moment
20%
Advection
20%
Order
20%
Regulator
20%
Vertical Distribution
20%
Region
20%
Constraint
20%
Finite Difference Method
20%
Water
20%
Lie
20%
Laboratory Experiment
20%
Pressure Head
20%
Extraction
20%
Stabilization
20%
Coupled Flow
20%
Variation
20%
Aeration
20%
Runoff
20%
Continuum Modeling
20%
Sand
20%
Inference
20%
Magnitude
20%
Hypothesis
20%
Emissions
20%
Irrigation
20%
Need
20%
Rain Water
20%
Particle Size Distribution
20%
INIS
origin
100%
porous materials
100%
transport
100%
equilibrium
100%
water
88%
solutes
66%
retention
55%
distribution
33%
curves
33%
leachates
33%
water content
33%
landfills
33%
space
22%
wastes
22%
probes
22%
concentration
22%
hydrostatics
22%
emission
11%
flow models
11%
stabilization
11%
laboratories
11%
zones
11%
hypothesis
11%
levels
11%
drainage
11%
landfill gas
11%
sand
11%
recycling
11%
rain water
11%
variations
11%
irrigation
11%
finite difference method
11%
particle size
11%
comparative evaluations
11%
height
11%
saturation
11%
numerical analysis
11%
waveforms
11%
transport theory
11%
biodegradation
11%
data
11%
modeling
11%
aeration
11%
extraction
11%
Keyphrases
Nonequilibrium Transport
100%
Flow Equilibrium
100%
Porous System
100%
Water Retention Curve
60%
Variably Saturated Flow
40%
Retention Parameters
40%
TDR Probe
40%
Hydrostatic Condition
40%
Infiltration Characteristics
40%
Controlling Factors
40%
TDRs
40%
Pore Space
40%
Unsaturated System
20%
Emission Potential
20%
Uniform Particle Size
20%
Inference Scheme
20%
Permeable Zone
20%
Irrigation Recycling
20%
Landfill Gas Extraction
20%
MATLAB Toolbox
20%
Lab-scale Experiment
20%
Long-term Emissions
20%
Continuum Modeling
20%
Leachate Concentration
20%
Leachate Recirculation
20%
Coupled Transport
20%
Rainwater
20%
Advective Transport
20%
Drainage Experiment
20%
Chemical Engineering
Water
100%
Water Content
33%
Biodegradation
11%
Extraction
11%