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This nanoscratch technology, which directly processes the surfaces of materials using a diamond particle or tip of nano size, is attractive for several reasons: the free selection of materials, the simple alternation of the design principles, and the convenient initial facilities [17, 18].
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Glassy carbon disc electrodes were polished to mirror-like finish using a diamond paste (0.5 μm diameter particles) and thoroughly rinsed with acetone and dichloromethane.
Thus, for the first examination, category 3 particles were transferred using a diamond or quartz sample-holder under a purified N2 atmosphere.
One particle, RB-QD04-0001, wallocatedted in the initial analysis, and the intact particle had also been examined using a diamond holder previously.
The pattern was cut freehand, using a diamond sharpener.
This was done using a diamond bur handpiece.
After completing the experiments, the probes were cut sagittally by using a diamond band saw with a 0.3-mm diamond saw blade.
These units were then transected sagittally by using a diamond band pathology saw (EXAKT 312 saw; EXAKT diamond cutting band 0.1 mm D64; EXAKT Advanced Technologies GmbH), generating two identical parts.
Ultra-thin sections were prepared using a diamond knife and a Leica Ultracut R Ultramicrotome.
Thin sections were cut using a diamond knife on an ultramicrotome (Leica, Bannockburn, IL, USA).
Tissue sections were obtained with a Reichert Jung Ultracut E microtome using a diamond knife.
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