Sentence examples for coating of a substrate from inspiring English sources

ZnO nanowires on F-doped SnO2 (FTO) or In-doped SnO2 (ITO) substrates are typically prepared by a two-step approach involving the coating of a substrate with ZnO seed nanoparticles which serve as nucleation sites for the formation of nanowires under hydrothermal treatment [21, 22].

The method involved subjecting a finite length strip of coating on a substrate to an axial compressive load parallel to the interface, thus loading the interface in shear.

An experimental investigation to evaluate the radiative properties of a selectively transparent thin coating on a substrate of a different material has been performed in order to evaluate its thermal behavior for applications where a low temperature at the surface exposed to the sun is desired.

The study shows that the coating of a metallic substrate by a catalyst is not straightforward and requires specific studies dealing with both chemistry (chemical affinity between substrate and catalytic layers) and catalytic engineering (catalytic performance in taylor-made reactors).

This technique allows coating of a semiconductor substrate with an electrocatalyst and a stabilizing layer by using a homogeneous, heterobimetallic precursor in one-step.

After deposition of the main TiC coating at a substrate temperature of 300 °C, analysis of the elemental composition of the coating substrate interface was performed using the Auger electron spectroscopy method.

The application of plasma-based techniques is quite diverse, and examples of applications may include cleaning/sterilization or coating or deposition of a substrate.

A complex interdependence exists between the individual properties of a coating and a substrate on the one hand, and those of the 'composite' coated system on the other.

Testification was made on a TiSiCN coating of steel substrate with a 50 nm thickness Ti interlayer to improve adhesion, and a reasonable value of the interfacial toughness of 205 J/m2 was gained.

These polymers, in both solvent-based and hot-melt formulations, are applied as a coating onto a substrate of paper, cellophane, plastic film, fabric, or metal foil.

The combination of ion implantation and physical vapor deposition is a versatile system which allows successive and simultaneous coating, doping or cleaning of a substrate surface in a complex, finely adjustable system.