The rotational diffusion equation of a rod-like particle
Question and Solution
The rotational diffusion equation of a rod-like particle can be derived by considering the distribution function ?(r; t)
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The rotational diffusion equation of a rod-like particle can be derived by considering the distribution function ?(r; t) for the vector r which joins the two ends of the rod. Answer the following questions. (a) Express the energy dissipation function ? using the rotational friction constant ?r and r? (b) The free energy of the system is written as A = drkBT? ln ? (7.134) Show that the Rayleighian of the system is written as R =?r 2 dr rr? 2 2 ? + drkBT??(ln ? + 1) + dr?r?
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