Sentence examples for characterization of the stone from inspiring English sources
Figure 4 Colorimetric characterization of the stone surface before cleaning.
Figure 13 Colorimetric characterization of the stone surface after cleaning.
Figure 3 ESEM-EDX characterization of the stone surface (A-C) and of the polished cross-section (D) before cleaning.
Olympus U-FMT (Japan) transmitted polarised light microscope and Leica MZ6 stereoscopic microscope (Germany) were used for the petrographic characterization of the stone and the plaster samples.
The superficial deposition of soil dust and gypsum is therefore to be considered the main decay phenomena currently acting on the sculpted surface.The colorimetric characterization of the stone surface is reported in Figure 4.
The reason for such an inertia in the implementation in many laboratories of the FT-IR method while continuing to use qualitative chemical tests most likely resides in the uncertainty on whether an accurate characterization of the stone composition is really useful for the metaphylaxis of nephrolithiasis [ 9].
The location of the area is indicated by the white arrow in (B). Figure 11 Characterization of the cleaned stone surface (A-B) through ESEM-EDX, and of the polished cross-section through optical microscopy (C) and ESEM (D).
This can be therefore considered as the most likely source for the presence of wax in the superficial deposit and as single tiny drops over the stone material, although the presence of residual traces of an intentional waxing treatment cannot be excluded.The morphological characterization by ESEM-EDX of the stone surface before cleaning (sample S02, see Figure 1) is reported in Figure 3.
The characterization of stone fruit crop water requirements for the local conditions and under different irrigation strategies is presented.
However, an accurate characterization of kidney stone patients and/or assessment of potential confounders, such as age-related decline in GFR and comorbid conditions, are lacking in the above-cited studies.
The main aim of the present work is to use NDT (non-destructive test) for characterization of stone masonry and obtaining information regarding the related mechanical parameters.
