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The highest hardness is in excess of 45 GPa.
However, for the majority of applications the highest hardness is not the primary goal.
The highest hardness is 121 HV at 5 wt% of B4C and 5 wt% of RHA.
The highest hardness is obtained in the case of SiCNH coating deposition process, preceded by the process of surface modification in plasma conditions, provided for N2 only (hardness 10.0 GPa) of the N2/H2 mixture (flow ratio 3/1, hardness 10.5 GPa).
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The highest hardness was obtained for the Cr3C2 coatings (22 GPa) while the amorphous carbide showed the lowest hardness (10 GPa) and friction coefficient.
The hardness for all multilayer periods was higher than the calculated value from rule of mixture and the highest hardness was attained at the coating with the smallest multilayer period.
It was seen that the surface hardness increased about two times depending on process parameters, and the highest hardness was observed on austenite layer obtained at austenitic treatment (640 °C).
All the CrAlN nanocomposite films with the highest hardness being approximately 33.4 GPa exhibited much higher hardness and better wear resistance than traditional CrN films The excellent anti-wear performance of CrAlN nanocomposite films can be attributed to an amorphous/crystalline nanocomposite micro-structure and their high hardness.
Values of t8/5, Ms, Ac1, Ac3, and highest hardness were calculated according to the methods described below.
The high hardness is associated with the new tetragonal phase.
High hardness is the most important requirement for the property of cutting tool materials.
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