Films obtained from solution in tetrahydrofuran had ordered cylindrical structures.
The polyimide SWNT nanocomposite thin films obtained from nanotubes with and without functionalization were compared.
AFM investigations show a slightly enhanced roughness of the films obtained from micellar monomer solutions.
Films obtained from a glycine solution showed roughly equal amounts of both chiral orientations.
The surprisingly different morphologies of MOF films obtained from Mg2+ and Ni2+ ions is likely controlled by the nucleation kinetics of Mg2 NDISA) and Ni2 NDISA), respectively.
ONP films obtained from this medium showed good redox activity and structural stability in both BFEE and concentrated sulfuric acid.
In contrast to our previous films obtained from tungsten and tantalum filaments, a novel type of filament greatly enhances preferential growth in the 〈110〉 direction over a wide range of deposition conditions.
The infrared analysis and water-sorption properties of the films that resulted from mixing DHP and polysaccharides were compared with films obtained from the polymerisation of coniferyl alcohol (lignin monomer) in the presence of polysaccharides.
This work was aimed at investigating a series of chitosan films obtained from chitosan, chitosan-phosphate, chitosan-phosphate-d-raffinose or chitosan-phosphate-d-sucrose solutions to preliminarily select a suitable biomaterial for developing a cell substrate for tissue engineering.
The electrical properties of the films obtained from suspension, determined using an original calibration method of a bulk platinum micro-electrode, were found identical to that of a bulk reference sample.
The graphene oxide hydrogel films obtained from the shear and relaxation procedure are then reduced with hydroiodic acid/acetic acid, which solidifies the oriented and interlinked structures to give the final porous films.
