Sentence examples for cf surface from inspiring English sources

The two components respectively describe the heat diffusion along the CF and from the CF surface to the surrounding oxide.

Graphene oxide-deposited carbon fiber (GO-CF) was obtained by introducing GO onto CF surface through electrophoretic deposition method.

The interfacial shear strength of the CFs is also shown to be significantly improved due to the CNTs grown on the CF surface.

The topography observation indicates that multi-walled CNTs with an average diameter of 30 50 nm are coated over the CF surface, forming a nano/submicron scaled roughness.

For the latter, the oxidative dehydrogenation reaction of C2H2 and CO2 was applied, which allows growing CNTs without damaging the CF surface.

The α-layer, generated by melt-shearing along the CF surface (α-row nuclei), triggered the growth of the β-modification of PP under the crystallization conditions selected.

Electrooxidation of tetra O-aminophenyl porphyrin (H2Co-tetra O-aminophenyl porphyrins in the formation of a polymer film on glassy carbon (GC) and carbon fibre (CF) surfaces.

Superhydrophobic CF surfaces were achieved by application of a hydrophobic siloxane-based hydrocarbon coating, which increased the water contact angle from 147° to 163° and decreased the contact angle hysteresis from 71° to below 5°, sufficient to cause droplet roll-off from the surface.

Modified methylsilicone resin (12EO15-MA-SiO2/MSR) containing nano-silica grafted hyperbranched polymer (12EO15-MA-SiO2) was grafted successfully onto carbon fibers (CFs) surface to enhance the interfacial properties of carbon fiber/methylsilicone resin composites.

The functionalization composition, chemical structure changes and the polarity of the CFs surface were characterized in detail using X-ray photoelectron spectroscopy (XPS), Raman spectroscopy and dynamic contact angle analysis, respectively.

The magnetic HCs with uniform wall thickness were easily synthesized on cellulose fibers (CFs) surface via two depositions, and the morphology of the hollow metal coatings can be controlled by optimizing the experiment conditions.