INIS
porous materials
100%
polymers
100%
carbon dioxide
100%
water
100%
gases
100%
injection
46%
recovery
33%
oils
26%
mobility
20%
adsorption
13%
floods
13%
performance
13%
control
6%
gravitation
6%
carbon
6%
computerized tomography
6%
applications
6%
underground
6%
segregation
6%
implementation
6%
transport
6%
comparative evaluations
6%
rocks
6%
permeability
6%
channeling
6%
storage
6%
viscosity
6%
molecular weight
6%
gas injection
6%
density
6%
sweep efficiency
6%
Engineering
Water
100%
Porous Medium
100%
Flow Property
100%
Polymers
100%
Breakthrough
28%
Recovery Factor
21%
Visualization
14%
Adsorption
14%
Performance
14%
Aqueous Phase
14%
Experiments
14%
Microscale
14%
Mobility Control
7%
Gravity Segregation
7%
Efficiency
7%
Enhanced Oil Recovery
7%
Oil Recovery
7%
Application Field
7%
Flow in Porous Medium
7%
Oil
7%
Underground Carbon Storage
7%
Viscous Fingering
7%
Transport Process
7%
Water-Alternating-Gas Injection
7%
Original Oil in Place
7%
Density
7%
Molecular Weight
7%
Beneficial Effect
7%
Fluid Viscosity
7%
Reservoir Heterogeneity
7%
Channelling
7%
Early Stage
7%
Material Science
Water
100%
Gas
100%
Porous Material
100%
Carbon Dioxide
100%
Polymers
100%
Polymer Adsorption
15%
Density
7%
Flow in Porous Medium
7%
Viscosity
7%
Permeability
7%
Rock
7%
X-Ray Computed Tomography
7%
Water-Soluble Polymer
7%
Water-Alternating-Gas Injection
7%
Chemical Engineering
Polymer
100%
Water
100%
Adsorption
13%
Carbon
6%
Keyphrases
CO2 Breakthrough
25%
CO2 Mobility Control
12%
Gas-assisted
12%
Water Slug
12%