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Microphase separation within 10 polymeric membranes of similar ion exchange capacity is studied by dissipative particle dynamics (DPD). The polymers consist of hydrophobic A and hydrophilic C fragments. For 8 grafted architectures, the side chains ([C], [AC], [AAC], or [AAAC]) are distributed uniformly or pairwise along the hydrophobic backbone. For the other 2 (block type) architectures the C fragments...
Phase separation within water containing polymer membranes is studied by dissipative particle dynamics (DPD). The polymers are composed of hydrophobic backbone A beads to which ([A-C] or [A-A-C-C]) side chains are attached with a hydrophilic (C) end moiety. Water diffusion through the water containing pores is modeled by Monte Carlo (MC) tracer diffusion. Several polymeric architectures are considered...
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