Fig. 4: Kinetically driven mechanism for the monomicelle one-dimensional oriented self-assembly. | Nature Communications

Fig. 4: Kinetically driven mechanism for the monomicelle one-dimensional oriented self-assembly.

From: One-dimensionally oriented self-assembly of ordered mesoporous nanofibers featuring tailorable mesophases via kinetic control

Fig. 4

a Structural characteristic of the F127/Resol monomicelle with PPO domains as the core and surrounded by resol associated PEO shells. b Schematic illustrations of the formaldehyde and ammonia concentrations in the solution varied with the reaction time under different reaction temperatures (mode I: 80 °C; mode II: 100 °C; mode III: 140 °C). c Schematic illustration of the fabrication of cubic OMCFs (Route1) and hexagonal OMCFs (Route 2) using the kinetically driven monomicelle oriented self-assembly approach.

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