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Allowing for the two leaflets of the bilayer to slide relative to each other would lead to a frictional force term of the form - ξ2 bΔ uM between the leaflets, where b denotes the intermonolayer friction coefficient and Δ uM denotes the difference in the leaflet velocities. Asymptotically, when ξ→, the intermonolayer friction dominates and leads to the spatial synchronization of the leaflet velocity fields.
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Allowing for the two leaflets of the bilayer to slide relative to each other would lead to a frictional force term of the form - ξ2 bΔ uM between the leaflets, where b denotes the intermonolayer friction coefficient and Δ uM denotes the difference in the leaflet velocities. Asymptotically, when ξ→, the intermonolayer friction dominates and leads to the spatial synchronization of the leaflet velocity fields.
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