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We present the dynamic scaling behavior for the specific viscosity and diffusion coefficient of a single membrane and membranes with nonzero concentration in solution. Starting from the membrane free energies, we derive their Langevin equations. The corresponding Kirkwood diffusion equation, describing the time evolution in configuration space, contains two kinds of time scales that are separated by the external dimension 4/(2ϪD) where D is the dimension of the internal space. These time scaledoi:10.1103/physreve.63.061207 pmid:11415080 fatcat:r5lnjgx7qvc3pbvl5vhwut7pcm