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Raising the sliding velocity could aggravate the oxidation of the coating and lead to a decrease in the wear resistance.
Consistent rising in the hardness values and considerable decrease in the wear rate and coefficient of friction values were observed.
Following laboratory wear tests that confirmed the theoretical decrease in the wear rate, XPE has been widely used since the late 1990s as a bearing surface for orthopaedic implants [28, 29].
A significant decrease in the wear rate and coefficient of friction (CoF) was achieved at high temperatures (750 °C) and was maintained as a result of the storage of the Ag3VO4 phase in the dimples.
The decrease in the wear rates started at higher relative humidity levels, e.g. 85% RH at 50 N and 2 m/s as the testing conditions became more severe.
The modified layers demonstrate almost double, triple and four times decrease in the wear losses in dynamic conditions with regard to the initial surface after the LHT, UIT, and combined LHT + UIT processes, respectively.
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The VUV treatment both in the presence of air and in vacuum resulted in a significant decrease in the micro-wear of silicone.
An increase in laser power and decrease in scanning velocity can decrease the wear rate.
Ion implantation of high doses of nitrogen and carbon brought about a decrease in the friction and wear coefficients.
A significant decrease in the friction and wear coefficients was achieved with CrAlN single and multi-phase films compared to the CrN-based counterpart.
At higher thermal treatments (500°C), a change in the deformation mechanisms (Orowan mechanism) determined by the coarsening of Ni3P precipitates was associated with the decrease in abrasive wear resistance of the coatings.
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