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Nanoindentation tests of various multilayered crystalline specimens were conducted using a diamond indenter.
The effect of prior mechanical (abrasive) surface damage on corrosion behaviour was simulated by scratching samples using a diamond indenter.
The scratch studies were carried out on a CSEM Revetest Scratch Tester under a constant load condition, within the range of 10 40 N using a diamond indenter.
Reciprocating microscratch tests were performed using a diamond indenter with a tip radius of 50 μm and a range of normal loads between 0.2 mN and 5.0 mN.
In the scratch test method, scratches are generated on the coated sample using a diamond indenter (usually a Rockwell C profile) which is drawn across the surface under either constant or progressively increasing load.
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Grech et al. [ 9] evaluated the microhardness of the material using a diamond shaped indenter.
This was done using a diamond bur handpiece.
The microhardness of the specimens was obtained using a Vickers diamond indenter attached to a microhardness indenter machine (Duramin, Struers DK 2750 Ballerup, Denmark) using a 25 gf (245 mN) load for 30 seconds, as described elsewhere [ 25].
The scratch resistance of the coatings was analysed by performing a scratch test using a Rockwell C diamond indenter with progressive loading upto 50 N.
The fracture toughness of iron borides was measured by microindentation technique using a Vickers diamond indenter under load of 100 gf (about 0.981 N).
We used a Berkovich diamond indenter with a tip radius of about 100 nm to indent the dehydrated haltere sample.
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