Sentence examples for multilayer coatings of from inspiring English sources
The results showed that, the Al2O3 top layer acted as a barrier against the infiltration of the molten salt into the YSZ layer during exposure to the molten salt mixture at the high temperature and the multilayer coatings of zirconia/alumina with the nanostructured alumina as a top coat showed higher hot corrosion resistance.
Nevertheless, only a few studies address the effect of polyelectrolyte multilayer coatings of biomaterials in vivo.
Further improvements seem to be possible by using multilayer coatings of these two materials.
Multilayer coatings of polycationic chitosan paired with polyanionic semi-synthetic cellulose sulfates or heparin were prepared by the layer-by-layer method.
A series of monolithic and multilayer coatings of chromium nitride with various compositions and architectures were deposited at low temperatures (<200°C) on silicon substrates using ion-assisted reactive magnetron sputtering.
Similarly, multilayer coatings of TiAlN/CrN with EN interlayer showed about 30 times improved corrosion resistance as compared to the multilayers without EN interlayer.
Ti/TiN multilayered coatings of 200 layers with the thickness of 1.5 μm were deposited by a reactive DC magnetron sputtering technique using a mixture of Ar and N2 gas.
Design approaches, together with the existing modern deposition technology, pave the way for the manufacture of dielectric multilayer coatings capable of compressing pulses of tens of picoseconds duration down to a few femtoseconds.
The objective of this research is to characterize the elastic modulus, hardness, fracture toughness, and structure of multilayer coatings consisting of alternating nanolayers of Fe1 − xMnx and TiB2 coatings (x = 0, 0.18, and 0.35).
These kinds of multilayer coatings consisted of nano/μ alumina as a top coat on YSZ layer, a metallic bond coat and a functionally graded intermediate layer deposited between YSZ and bond coat layers.
This paper deals with the development of DLC multilayer coatings consisting of alternating a-C and chromium based layers and an a-C H top la-C H
