Flow and Conductivity Properties of Comb-Shaped Self-Organized Supramolecules.

摘要

Self-organization of polymers to achieve nanoscale structures has been widely studied. Examples of such systems are liquid crystalline polymers (1), block copolymers (2) and polymer-amphiphile complexes. They form nanostructures due to repulsive and attractive forces within the system. Probably the most common self-organized polymers are diblock copolymers, which consist of two polymer blocks A and B, which are covalently bonded to each other. Due to repulsive forces between them, the material microphase separates to form nanostructures such as spherical, cylindrical and lamellar structures .