Sentence examples for oxide debris from inspiring English sources
Finally, also the influence of the load ratio on the oxide debris layer is briefly discussed.
Oxide debris rich in magnesium, aluminum (Fig. 9a) and iron (Fig. 9b) were observed covering the surface area of the adhesive on the aluminum alloy and steel respectively.
It has been shown that this type of wear can be described by a mechanism that considers the formation and agglomeration of oxide debris during sliding.
It is shown that the build-up of oxide debris on the fracture surface is higher in the specimen with the nitrile rubber patch applied.
This was accompanied by the formation of large quantities of oxide debris, which changed in colour with the composition of the oxide.
More precisely, we demonstrate that high humidity leads to the production of oxide debris originated from the stainless steel ball which increases markedly the wear by abrasion.
The results show that the dynamic contact resistance is significantly influenced by the coarser and irregular profile features of wear track induced by higher sliding speed, as well as the high resistive oxides debris or oxide metal mixture.
The debris is predominantly oxides of copper for the track length of ± 25 μm whereas they are mostly oxides of tin for the track length of ± 5 μm at all the three frequencies.
The formation of this tribolayer can be explained by the oxidation of the tribological pair materials due to the high flash temperatures generated during asperity interactions, followed by cracking of the oxides and consolidation of the debris into a compact surface layer which protects the coating from further wear.
The tribolayer consisted of small wear debris particles of chromium oxide pressed together and well adhered in the wear track.
Oxidation debris (OD) and graphene oxide (GO) before and after OD removal were characterized by Fourier transform infrared (FTIR) spectroscopy, Raman spectroscopy, mass spectroscopy, X-ray diffraction, transmission electron microscopy and potentiometric titration, respectively.
