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CS2 activation servers' shutdown: In January 2013, Adobe Photoshop CS2 (9.0), with some other CS2 products, was released with an official serial number, due to the technical glitch in Adobe's CS2 activation servers (see Creative Suite 1 and 2).
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SEM-EDS backscattered electron images were created of a few samples that show the cross-sections in gray scale. In these images, elements with higher atomic numbers are lighter in color and elements with lower atomic numbers are darker. Thus, layers with a large organic component like varnishes appear dark while paints with significantly quantities of lead white pigment appear much lighter. Because the backscattered electron images remove color and instead show differences in elemental composition this technique can make the differences in finish layers more apparent, and, by extension, the boundaries between the layers can become more apparent. Since many cross-sections from the Finnie house have jumbled early layers with similar cream or light gray paints, the SEM-EDS backscattered electron images were used to more clearly define the number of early layers in a few key cross-sections. The SEM-EDS images on the next three pages show the early layers as different shades of gray which, in conjunction with the visible and ultraviolet light images, makes the boundaries between the layers more clear.
This analysis was applied to key cross-sections from the window and the weatherboards. In all three cases, the SEM-EDS analysis indicated that there were indeed six early cream or light gray layers present in the cross-sections. Since this is the same number of early layers found on elements from the porch, the SEM-EDS analysis supports the theory that the porch is original.
SEM-EDS analysis was used to determine the number of early layers and their elemental composition. Before analysis the cast cross-sections were sputter coated to reduce charging. A Hummer 6.2 Sputter Coater located in the College of William & Mary Applied Research Center Laboratory was used and operated by Laboratory and Research Technician, Olga Trofimova. The samples were coated with a goldpalladium mixture approximately 15nm thick layer. The SEM-EDS analysis was executed with a JEOL JSM-6060LV variable pressure scanning electron microscope with energy dispersive x-ray spectroscopy Thermo Electron System and a Pioneer detector. The machine was operated by Brandt Robertson, Lab Specialist with Old Dominion University Applied Research Center Laboratory. This machine was used to create backscattered electron images of the cross-section with the relative densities of the elements visible by the brightness of the layers. Elements with high atomic numbers appear bright on a backscattered electron image and lower atomic number elements dark. Mainly organic layers, such as varnishes, will appear dark in the SEM-EDS so their presence was suggested at as well. Elemental analysis was also done in specific locations and as a line scan running across the cross-section. This SEM-EDS is able to see elements as light as carbon. All the analysis was run at an accelerating voltage of 15kV.
Unless there is further evidence such as a serial number by which the missile can be traced back and the Russians and Ukrainians can demonstrate reliably who had the missile at the time it is unlikely that direct attribution will ever be possible for what is and remains the most serious war crime this century in the European area. 1e1e36bf2d