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• W2016128897 endingPage "7318" @default.
• W2016128897 startingPage "7309" @default.
• W2016128897 abstract "We present the model of a cylindrical pore with chains tethered by one end to its inner surface. The conformational and “quasistatic” (under low and medium shear rates) hydrodynamic properties of the system are studied. Since it was shown by other researchers that the density profile of the polymer layer is only slightly affected by flow in the region of low and medium shear rates, we do not take flow into account when calculating chain conformations. The conformational properties of the concave layer are very similar to those of the flat one. They are characterized by the layer thickness h. The hydrodynamic properties are characterized by the hydrodynamic thickness Lh. We show that Lh depends strongly on the chain surface density σ under conditions of the “mushroom” regime in contrast to h. Finally, we predict that the net permeability of the cylinder could decrease with the increasing temperature. It enables us, principally, to control the pore permeability with temperature." @default.
• W2016128897 created "2016-06-24" @default.
• W2016128897 creator A5016744796 @default.
• W2016128897 creator A5020938137 @default.
• W2016128897 creator A5079552263 @default.
• W2016128897 date "2001-10-15" @default.
• W2016128897 modified "2023-10-16" @default.
• W2016128897 title "Monte Carlo simulation of polymer brushes in narrow pores" @default.
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