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Molecular architecture and conformation of a bottlebrush polymer

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Presentation on theme: "Molecular architecture and conformation of a bottlebrush polymer"— Presentation transcript:

1 Fig. 1 Molecular architecture and conformation of a bottlebrush polymer.
Molecular architecture and conformation of a bottlebrush polymer. (A) Architecture of a bottlebrush molecule consisting of a backbone with Nbb monomers (red beads) and z side chains (blue beads) per backbone monomer. Each side chain is made of Nsc monomers. The total number of monomers of bottlebrush macromolecule is N = Nbb(1 + zNsc). All beads in the simulation are considered to be identical and interact via bonded and nonbonded potential (see Materials and Methods for details). Here, Nbb = 20, Nsc = 4, and z = 2. (B) The bottlebrush molecule in a melt state can be represented as a chain of effective persistence segments of length and thickness Rsc. R denotes end-to-end distance of bottlebrush backbone. Here, Nbb = 150, Nsc = 10, and z = 2. Jarosław Paturej et al. Sci Adv 2016;2:e Copyright © 2016, The Authors

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