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Whereas speed shows a negative influence on wear indicating decrease of wear with increase of speed.
A slight decrease of wear resistance (<20%) of the formed films with higher nitrogen ratio was also observed.
The multilayer coated inserts show a decrease of wear with decreased multilayer period, both on the rake and flank face.
Decrease of wear with increase of speed and increase of wear with increase of either load or sliding distance or both were noticed.
This single theory can fit the logarithmical decrease of wear volume at relatively low sliding speed but cannot explain the constant volume of Si wear at sliding speed values exceeding 8 μm/s.
The refinement of both primary grains and intermetallic particles results in an increase of microhardness from 640 HV to above 700 HV and a decrease of wear rate from 4.8 × 10−14 to 3.2 × 10−14 mm3/m.
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The microstructural modifications in this case lead to a 67% increase of the microhardness, a 70% decrease of the wear coefficient at room temperature and an 88% decrease of the wear coefficient at 300 °C in comparison to the pure nickel deposits.
The microstructural modifications and the presence of the SiC particles in the metal matrix lead to a 51% increase of the microhardness, a 63% decrease of the wear coefficient at 300 °C while it did not offer any improvement at the wear resistance at room temperature.
The denatured albumin solution resulted in the decrease of UHMWPE wear rate.
The decrease of the wear volume of the coated substrate is of ~ 95 97% of that determined for the uncoated substrate.
The tremendous decrease of WSD(Wear Scar Diameter) for synergistic binary additive was attributed to the hybrid film formed by PIBIL and ZDDP.
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