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In a very similar type of application, Park et al studied the use of PEC to determine the wall thinning of stainless steel pipes in nuclear power plants without removing the insulation, where it could estimate thickness of up to 5 mm at the lift off of 6 mm [84].
By finding the average rate of the specimen surface ion etching (≈0.1 nm/s) and considering the time spent for etching in a cycle of the depth profile (10 s), one may estimate thickness of the removed layer per a cycle as ≈1 nm.
Similar(58)
In addition, electrochemical impedance spectroscopy was used to estimate thicknesses of passive layers before and after dissolution.
In this case, for thin FLG (less than five layers), the estimated error is one layer, while, for thicker samples, the estimated thickness may have a factor two error.
The estimated thickness of a shell with a 5 mm radius is 0.05 0.15 mm.
The estimated thickness of the formed metal-silicide layer is approximately 125 nm.
Thus, the estimated thickness of the domains, i.e., <5 to 6 nm, is considered to be reasonable.
Therefore, it appears that the estimated thickness of the elastic layer (19 23.5 km) corresponds to the seismogenic layer.
The estimated thickness of the compositionally stratified layer (∼300 km) cannot be interpreted via a straightforward process.
Liu et al. [58] proposed another variation of shape distribution function (thickness histogram) estimating thickness of the 3D model from all directions.
The measured thickness of epitaxial films is about 510 nm, a little larger than the estimated thickness of approximately 420 nm.
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