In addition, a radiofrequency signal was applied to the substrate holder in order to negatively bias the sample during the deposition process.
To clarify this, sample F experienced the ITO deposition process (the same as sample D) but the ITO layer was removed in acid etching solution before the annealing heat treatment (N2 500°CC, 20 min).
As shown in Figure 3, the bottom spectrum corresponds to ZnO nanowire arrays, while the top spectrum is taken from the same sample but after Be deposition process.
The whole process of sample deposition and spectral recording takes less than 3 min with a single ATR element.
After a chemical vapor deposition process, the samples were characterized by SEM and TEM microscopy and X-ray diffraction technique.
Recent research on superhydrophobic coatings has made it possible to coat nanoenergetic samples using a vapor-phase deposition process which significantly reduces the detrimental effects of water entering the composite that can occur during wet-chemistry based superhydrophobic processes.
After the deposition process, the samples were annealed in a N2-purged tube furnace at 1,100°C to facilitate Si NC growth.
However, absolute values and the changes in the damping constant are smaller in our samples due to less noise in our FMR data and probably the nature of deposition process of our samples.
The deposition process needs that sample chambers are placed and locked into stainless steel Cytoclip® assembly devices.
In this work, an experimental effort is made to investigate the deposition process in core samples, under simulant and realistic flow conditions.
