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April 1, 1952The Journal of Chemical Physics

The Viscosity of Concentrated Suspensions and Solutions

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Authors

HBH. BrinkmanRijksmuseum

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Implication

Theoretical study derives viscosity in concentrated suspensions and solutions, suggesting continuum models capture crowded particle interactions.

Key Points

  • To derive a mathematical expression for predicting the viscosity of solutions and suspensions at finite concentrations.
  • Treated an existing concentrated solution as an effective continuous medium.
  • Calculated the differential hydrodynamic resistance caused by adding a single additional solute molecule to the medium.
  • Yielded an analytical formula that describes suspension viscosity across finite and concentrated regimes.
  • Demonstrated that macroscopic viscosity can be modeled incrementally by viewing dense solute-solvent mixtures as an evolving continuum.

Cite This Study

H. Brinkman (1952) studied this question.

synapsesocial.com/papers/69d76f96ef4aa71f97f31566https://doi.org/10.1063/1.1700493
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