INIS
soils
100%
permeability
100%
aluminum
100%
organic matter
100%
precipitation
100%
modeling
100%
injection
71%
engineering
57%
design
42%
barriers
42%
applications
28%
sand
28%
layers
28%
modifications
28%
depth
28%
increasing
14%
field tests
14%
screens
14%
communities
14%
values
14%
evaluation
14%
variations
14%
stratification
14%
permeability reduction
14%
organometallic compounds
14%
cost
14%
tools
14%
transport theory
14%
engineers
14%
industry
14%
filters
14%
pumping
14%
extraction
14%
Engineering
Modeling Study
100%
Design
100%
Models
66%
Application Field
66%
Fields
66%
Engineering Technology
33%
Situ Soil
33%
Engineering Tool
33%
Demonstrates
33%
Separate Injection
33%
Specific Site
33%
Soil Stratification
33%
Low Permeability
33%
Development
33%
Subsurface
33%
Experiments
33%
Full Scale
33%
Engineering
33%
Large Amount
33%
Pumping Test
33%
Engineering Property
33%
Injection Period
33%
Reduction
33%
Earth and Planetary Sciences
In Situ
100%
Investigation
100%
Soil
100%
Modeling
100%
Injection
71%
Precipitate
42%
Scenario Analysis
28%
Depth
28%
Model
28%
Show
14%
Industry
14%
Geotechnical Property
14%
Increasing
14%
Cost
14%
Field Experiment
14%
Metal
14%
Variation
14%
Strategy
14%
Reactive Transport
14%
Community
14%
Site
14%
Approach
14%
Material Science
Permeability
100%
Biological Material
100%
Aluminum
100%
Metal
14%
Chemical Engineering
Precipitation (Chemical)
33%