Rotational dynamics of rigid, symmetric top macromolecules. Application to circular cylinders

We show how the introduction of symmetry considerations leads to a great reduction of the computational requirements needed to solve the hydrodynamic interaction equations

María M. Tirado; José García de la Torre

2003

Scholarcy highlights

  • The formalism for the calculation of translational friction coefficients of symmetric top macromolecules presented in a previous paper [M
  • We show how the introduction of symmetry considerations leads to a great reduction of the computational requirements needed to solve the hydrodynamic interaction equations
  • The general formalism is applied to the calculation of the rotational diffusion coefficients of circular cylinders modeled as stacks of rings and extrapolated to zero bead size
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