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Entanglement, elasticity and viscous relaxation of actin solutions
release_gaenmipfura27o2ckuqzvzx75a
by
B. Hinner,
M. Tempel,
E. Sackmann,
K. Kroy,
E. Frey
Released
as a article
.
1998
Abstract
We have investigated the viscosity and the plateau modulus of actin solutions
with a magnetically driven rotating disc rheometer. For entangled solutions we
observed a scaling of the plateau modulus versus concentration with a power of
7/5. The measured terminal relaxation time increases with a power 3/2 as a
function of polymer length. We interpret the entanglement transition and the
scaling of the plateau modulus in terms of the tube model for semiflexible
polymers.
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arXiv
cond-mat/9712037v2
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