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Viscosity of dilute polyelectrolyte solutions: Temperature dependence
J. Cohen, Z. Priel
Department of Chemistry
Research output
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Contribution to journal
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Article
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peer-review
43
Scopus citations
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Dive into the research topics of 'Viscosity of dilute polyelectrolyte solutions: Temperature dependence'. Together they form a unique fingerprint.
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Keyphrases
Activation Energy
25%
Added Salt
25%
High Dilution
25%
Huggins Coefficient
50%
Intrinsic Viscosity
75%
Linear Dependence
25%
Linear Plot
25%
Linear Regime
25%
Linearly Dependent
25%
Long-range Interactions
25%
Low Ionic Strength
25%
Master Curve
25%
Measurement Accuracy
25%
One-part
25%
Order of Magnitude
25%
Parts per Million
25%
Polyelectrolyte
100%
Polyelectrolyte Solutions
100%
Polymer Concentration
25%
Polystyrene
25%
Salt Condition
25%
Salt-free Solution
25%
Shear Viscosity
25%
Sodium
25%
Solution Temperature
100%
Specific Viscosity
50%
Sulfonate
25%
T-20
25%
Temperature Effect
100%
Temperature Variation
25%
Viscosity
100%
Engineering
Activation Energy
16%
Dilution
16%
Fluid Viscosity
100%
Free Solution
16%
Hydrodynamics
16%
Intrinsic Viscosity
50%
Ionic Strength
16%
Linear Dependence
16%
Linear Regime
16%
Master Curve
16%
Measured Value
16%
Molecular Weight
100%
Polymer Concentration
16%
Shear Viscosity
16%
Temperature Change
16%
Temperature Dependence
100%
Material Science
Activation Energy
16%
Dilution
16%
Hydrodynamics
16%
Intrinsic Viscosity
50%
Mechanical Strength
16%
Polyelectrolyte
100%
Polystyrene
16%
Sodium
16%
Chemistry
Dilution
16%
Intrinsic Viscosity
50%
Ionic Strength
16%
Molecular Mass
100%
Reaction Activation Energy
16%
Sodium
16%
Pharmacology, Toxicology and Pharmaceutical Science
Ionic Strength
16%
Polyelectrolyte
100%
Sodium Chloride
50%
Styrofoam
16%
Chemical Engineering
Polystyrene
100%