a Plain view SEM morphology of self-assembled colloidal monolayer.
Figure 1 Surface morphology of self-assembled MR-GO monolayer on SiO 2 /Si surface.
The present result appears to represent the first effort toward realization of controlling and tuning the morphology of self-assembled aggregates of porphyrin complexes through the solvent effect.
The surface morphology of freeze-dried hydrogels using SEM showed one-dimensional nanostructured with uniform morphology of self-assembled interconnected nanofibers.
The surface morphology of self-assembled QDs is a key factor in determining its optical properties, and it is very sensitive to the sample structure, for example, the composition of buffer layer [16], surface reconstruction, and substrate orientation [17].
Corresponding 3 × 3 µm2 AFM side views are shown in Additional file 6: Figure S6 It is observed that the variation of dwelling time slightly affects the morphology of self-assembled Au NPs compared with the annealing temperature.
This reveals the effect of synergistic noncovalent interaction of π π interaction with metal ligand coordination bonding on tuning the morphology of self-assembled nano-structures of Zn{Pc(OBNP 2}.
The sequence and steric size of non-polar residues are shown to cause variations in peptide secondary structures and create significant differences in the matrix morphology of self-assembled peptides.
Their self-assembly properties, in particular the effect of the numbers of octylaminophenyl groups on the morphology of self-assembled nanostructures of these double-decker complexes, have been comparatively and systematically studied.
Since the synthesis of block copolymers with a narrow polydispersity and a wide variety of backbones such as a rod-coil or a coil-coil block copolymer has undergone considerable development over the last 20 years, the morphology of self-organized nanostructures in block copolymer melts can be controllable from the viewpoint of polymer design and treatment conditions generating the desired phases.
The morphology of self-assembled PHEA-C18-MA polymersomes was observed using TEM (JEOL 2100 with LaB6 emitter) operating at an accelerating voltage of 120 keV.
