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Dynamics of Polyelectrolyte Solutions

80. Tutorial: Rouse and Zimm Dynamics. Chain friction coefficient of the chain in Rouse model. Viscosity of solution of Rouse chains. Chain diffusion coefficient. Longest chain relaxation time. Terminal modulus. 81. Zimm Model. Zimm model takes into account hydrodynamic interactions between monomers inside polymer coil. The hydrodynamic interactions are long-ranged and and decay as 1/r. Thus motion of polymer segments isaccompanied motion of the solvent inside polymer coil. Polymer dragsall solvent as it moves. .

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Dynamics of Polyelectrolyte Solutions

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    1. 79 Dynamics of Polyelectrolyte Solutions

    2. 80 Tutorial: Rouse and Zimm Dynamics

    3. 81 Zimm Model

    4. 82 Scaling of Zimm Model

    5. 83 Semidilute Unentangled Polyelectrolyte Solutions

    6. 84 Semidilute Unentangled Polyelectrolyte Solutions

    7. 85 Tutorial: Reptation motion

    8. 86 Tutorial: Reptation motion

    9. 87 Semidilute Entangled Polyelectrolyte Solutions

    10. 88 Semidilute Entangled Polyelectrolyte Solutions

    11. 89 Summary of Scaling Relations for Polyelectrolyte Solutions

    12. 90 Modulus of Polyelectrolyte Solutions

    13. 91 Viscosity of Polyelectrolyte Solutions

    14. 92 Phase Separation in Polyelectrolyte Solutions

    15. 93 Mean-Field Approach

    16. 94 Mean-Field Approach

    17. 95 Mean-Field Approach

    18. 96 Mean-Field Approach

    19. 97 Necklace Model of Phase Separation

    20. 98

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