Mauritz Short Course: Polymer Solutions

Polymer Solutions

Kenneth A. Mauritz
School of Polymers and High Performance Materials
University of Southern Mississippi



Polymer Solutions


I. Polymer Chain Statistics

A. Random and restricted coils
B. Chain segment spatial distribution and radius of gyration
C. Nature of intermolecular forces
D. Excluded volume and solvation
E. Theta condition in polymer solutions

II. Light Scattering Analysis of Polymers

A. Scattering from small molecule gases
B. Scattering from low molecular weight solutions
C. Scattering from polymers in solution: Zimm plots, molecular weight,
radius of gyration second virial coefficient

III. Polymers and Fractal Geometry

IV. Polymer Solution Thermodynamics

A. Review of principles of thermodynamics
B. Ideal solutions
C. Flory-Huggins lattice theory

  • Concentrated solutions
  • Interaction parameter
  • Dilute solutions, excluded volume
  • Theta temperature concept
  • Solubility parameter
    D. Membrane osmometry and molecular weight determination

    V. Phase Equilibrium in Polymer-Solvent Systems

    A. Solution free energy vs. composition curves
    and criteria for polymer miscibility
    B. Upper and lower critical solution temperatures
    C. Polymer Plasticization

    VI. Polymer Blends and Block Copolymers



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    For questions or further information about the various short courses offered
    please e-mail: Dr. Ken Mauritz at Kenneth.Mauritz@usm.edu