This is substantiated by the cross-section analysis (Fig. 14) which revealed an earlier painting layer in the Marian figure similar to the green painting layer observed in the major painting programme.
The surface morphology and the cross-section analysis by scanning electron microscope (SEM) have shown porous structures of the deposited coatings.
The cross-section analysis by means of scanning electron microscopy revealed the formation of the alloyed layer with the thickness of 14 μm and relatively uniform distribution of Nb along the depth (Nb concentration obtained by means of the EDX analysis was about 17 at.%).
We determined the size of the protrusions by cross section analysis.
Symmetry of the cross section allows analysis of a thirty-degree subdomain, which contains five holes.
This cross section analysis granted an exemption from requiring ethics approval by the Joslin Diabetes Center Committee on Human Studies.
Formation of nanotube and nanowire morphology was confirmed by Scanning Electron Microscope (SEM) analysis of the cross section of templates.
The porosity percentage analysis was done by gray-scale threshold with image analysis software (IMAGEJ), using the SEM images of the cross section.
Location of the cross section is shown by line.
However, the analysis seems to under-predict the fluid temperature over most of the cross section.
The height of the particles was determined by cross-section analysis using the program WSxM 5.0 from Nanotec Electronica S.L.
