Earth and Planetary Sciences
Additive
16%
Constraint
16%
Country
16%
Drilling Fluid
16%
Enhanced Oil Recovery
100%
Environment
16%
Environmental Cost
16%
Experiment
16%
Flood
33%
Gas
16%
High Temperature
100%
Hydraulic Fracturing
16%
Increasing
16%
Industry
16%
Investigation
83%
Oil
33%
Oil Recovery
33%
Production Cost
16%
Ratio
16%
Reservoir
100%
Salinity
100%
Sandstone
100%
Shear Thinning
16%
Show
83%
Stability
16%
Synthetic Water
16%
Temperature
16%
INIS
additives
8%
applications
25%
biodegradation
8%
cost
16%
drilling fluids
8%
environment
8%
gases
8%
gums
100%
high temperature
100%
hydraulic fracturing
8%
hydrocarbons
8%
increasing
8%
industry
8%
mobility
8%
oils
100%
operation
8%
polymer flooding
8%
polymers
100%
production
16%
recovery
100%
salinity
100%
sandstones
100%
shear
16%
sodium chlorides
16%
solutions
25%
stability
8%
viscosity
33%
water
41%
Engineering
Additives
9%
Applicability
9%
Enhanced Oil Recovery
100%
Environmental Concern
9%
Experiments
9%
Fluid
9%
Fluid Viscosity
36%
High Cost
9%
Hydraulic Fracturing
9%
Larger Quantity
9%
Limitations
9%
Mobility Ratio
9%
Natural Water
9%
Petroleum Industry
9%
Polymer Flooding
9%
Recovery Factor
9%
Recovery Process
9%
Rheological Property
9%
Sandstone
100%
Shear Rate
9%
Synthetic Polymer
9%
Thinning Behavior
9%
Chemical Engineering
Deionized Water
9%
Microbial Biodegradation
9%
Natural Polymer
18%
Polyacrylates
9%
Polymer
100%
Temperature
100%