Sentence examples for interface coatings from inspiring English sources

In this work, we evaluated six kinds of ZrOx-based interface coatings.

It is concluded that ZQDs doped with Sn and Ag ions once treated with organic dye molecule and inorganic co-activators, can result in an innovative photochromic, UV/NIR shielding solar-control interface coatings.

Modeling results showed that the level of residual stresses at the critical interface regions (i.e., coating/substrate interface, coating surface etc). is obviously influenced by coating to substrate thickness ratio, the presence of interlayer and cooling rate.

Because of the specific process conditions and the use of pure titanium adhesive interface layers, coatings with high adhesion to the substrates were produced at room temperature.

These results demonstrated that morphology of interfaces between coatings and matrix C/C composite was one major factor for the usage of coated C/C composites and could affect the service time of structures with impact damages in high temperature environments.

The disorientation of neighbouring nanocrystallites was explained by the presence of screw dislocations and by presence of phase interfaces in coatings containing a single fcc phase and several phases, respectively.

Attempts to reduce the risk of femoral component loosening include improving the stem cement interface by various coatings, using a textured or porous coated stem surfaces or by using a tapered stem having a highly-polished surface.

Standard cross-cut test and 90° peel test results confirmed the high adhesion at the interface of metallic coatings and plastic substrates, owing to the chemical covalent bonding that can be introduced for other coatings on different kinds of materials.

Little diffusion of alloy elements occurred at the interface of two coatings.

It was found that under similar thermal loads, longer surface cracks as well as horizontal cracks near the coating BC layer interface resulted in coatings with higher BC alloy (lower YSZ) content.

Columnar cracking and shear steps at the coating substrate interface indicated that coatings deform predominantly by shearing along the columnar grain boundaries; however, significant lateral edge cracking was also observed, especially in the case of the TiAlN coating.