Sentence examples for coated alloy from inspiring English sources

The immersion test revealed different degradation behaviors for the MAO coated alloy before and after the HF treatment, and the coating showed no hemolytic potential.

The coating resistance and the corrosion current density for the composite coated alloy were respectively larger and lower than those for the single phosphated alloy, particularly for the alloy with the composite coating containing 1.02 wt% CeO2, which was formed in the treatment bath containing 2.0 g/L nano-CeO2.

The pre-treatment significantly increased the lap tensile shear strength, by about a factor of three, in comparison with the untreated alloy, suggesting that open pores in the coating filled by polypropylene provide strong micromechanical interlocking and covalent bonding between the coated alloy and the polymer.

The lifetime of the coated alloy drastically decreases as compared to the substrate.

The coated alloy was characterized through field emission scanning electron microscopy (FE-SEM), EDS, X-ray diffraction and XPS analysis.

The corrosion rate of coated alloy steels was significantly decreased at temperatures up to 800 °C.

Fretting fatigue life of PVD TiN coated alloys improved compared to uncoated alloys.

The corrosion resistance of HA coated alloys after nanotube formation was higher than that of the non-HA coated nanotubular alloy.

Ti 6Al 4V and Ti 6Al 7Nb are commonly used for biomedical applications and PVD TiN coated alloys are used for our fretting fatigue studies.

In addition, the oxidation resistance of both uncoated and coated alloys was proportional to the Hf content in the substrate.

The overall ductile behaviour has been revealed by the scanning electron microscope for both the bare and coated alloys.