[16a-514-1]Structure analysis of polyelectrolyte aggregates in solution by coarse-grained molecular dynamics simulation
〇Toshiki Mima1, Tomoyuki Kinjo1, Shunsuke Yamakawa1, Ryoji Asahi1(1.Toyota R&D)
Keywords:
molecular dynamics simulation,polyelectrolyte,solution
The coarse-grained molecular dynamics simulation of the Kremer-Grest model with charged side-chains is carried out to analyze the aggregates of the polyelectrolytes in solution. As the rigidity of the polyelectrolyte increases, the globular aggregate changes into the bundle-like structure formed by several stretched polyelectrolytes, then the gel-like network of aggregates is exhibited. The static structure factor of the gel-like network is consistent with the experimentally obtained small-angle X-ray scattering profile.
