Sentence examples for metallic surfaces with from inspiring English sources

In this study, we present a novel ultrasonic-based dry mechanical method for armouring or coating metallic surfaces with other metals or ceramic materials.

This paper presents the results of the application of a cold spray technique for structuring metallic surfaces with microparticles.

We compare PCR efficiencies in the presence of bare metallic surfaces with those of surfaces treated with the novel coating system.

The interaction of metallic surfaces with the solvent makes the surfaces become homogeneous; thus, Ag particles lost the anisotropy which played an important role in the formation of dendritic patterns.

Consequently, it appears that a gold palladium coating could be a good way to improve cell adhesion, and perhaps tissue adhesion, on metallic surfaces with low biocompatibility like polished stainless steel substrates or acid-etched pure titanium substrates.

Metallic surface with nano structured patterns, namely metal nano engineered surface (M-NES) has been attracting more and more attention due to its remarkable characteristics such as structural color based on photonic crystal, hologram, super-hydrophobicity, interspecific bonding with enlarged surface area, and so on.

Using first principles density functional theory (DFT), we investigated these features in the mechanism of metallizing a self-assembled monolayer of organic molecules attached to a metallic surface with Pd.

These results spotlight the potentiality of MTF + Ag+ as antibacterial coatings for any ceramic and/or metallic surface with no alteration of optical and mechanical properties.

SERS is a powerful spectroscopic technique enabling for a highly sensitive detection due to the significant amplification of Raman signal from molecules attached to the metallic surface with nanometer size [110, 111].

The performances of the catalysts can also be improved by modification of the metallic surface with strongly adsorbing nitrogen-containing bases or phosphines.

In this study, a durable, metallic surface with highly ordered hierarchical structures was used to enhance drag-reduction properties, by combining two passive drag-reduction strategies: an air-layer effect induced by nanostructures and secondary vortex generation by micro-riblet structures.