Sentence examples for compatibility of the coating from inspiring English sources

So with high corrosion resistance at the physiology environment, bio compatibility of the coating can be found [11].

In terms of aesthetic compatibility of the coating, the macroscopic and stereomicroscopic observations of the surfaces do not reveal significant alterations of the surface appearance after application.

The compatibility of the coating to endothelial cells improved within 15d incubation in static medium, but it for degradation under dynamic conditions, it improved for 5d but at 15d incubation, it was almost as low as for the bare substrate.

For that it was necessary: (a) to assess the aesthetic compatibility of the coating; (b) to monitor its efficacy over time; and (c) to evaluate the reversibility upon ageing with respect to the ease of removal of the aged coating from the surface.

Therefore, residual stress analysis is an important tool for the optimization of coatings and layer composite manufacturing processes in order to ensure stability of the processes, adhesion and compatibility of the coating, and finally, the reliability of the components in various technical systems.

The blood compatibility of the TiC0.3N0.7 coating was evaluated by haemolysis ratios, dynamic blood clotting test, plasma recalcification time and platelet adhesion.

The TiC particle showed good wettability and compatibility with the matrix of the coating with a sharp and clear interface between them.

To study the correlation between blood compatibility and physical properties of the coating the thrombocyte adhesion and fibrinogen adsorption on the surface as well as wettability and surface energy were investigated.

The corrosion analysis is used to determine the chemical adhesion, the corrosion resistance in saline solution and the bio-compatibility in the physiological environment of the coating.

Colorimetric characterization allowed to additionally assess the compatibility of the aged treatments and to evaluate the coating efficacy in increasing the deposit removal, thus acting as an effective protective sacrificial layer.

The results indicated that the blood compatibility of the plasma-treated titanium with TiCxN1 − x coating is significantly improved as compared to the original titanium.