Friction and wear tests were carried out by a pin-on-disk tribometer at 300, 473, 673 and 873 K. Compositions of the films deposited from cathode materials that have atomic ratios (Ti Al) of 50 50, 34 66 and 25:75 in TiAl alloys were Ti0.6Al0.4N, Ti0.42Al0.58N and Ti0.3Al0.7N, respectively.
The shortest discrete wavelengths are produced by materials having the highest atomic numbers.
The use of a different kV for each tube exploits the kV-dependent nature of CT numbers, allowing differentiation of materials having different effective atomic numbers.
I feel this is the the more likely option, since they do say that their materials have variable atomic makeups and can be tailored to this or that spec, and R&D must be their lifeblood.
The interest in the azide-alkyne Huisgen cycloaddition reaction was renewed in the early 2000s after Barry Sharpless popularized the copper catalyzed variant and classified it as one type of "click" chemistry, a reaction which can rapidly and easily produce a wide variety of functional materials having high yields, easy purifications, high atomic economy, and mimics nature [ 10, 11].
And Nanotechnology is technology dealing with nanoscale materials having unique properties due to their size and can be manipulated on the atomic scale.
Most materials have some identifiable atomic periodicity and therefore create an X-ray diffraction pattern.
At temperatures up to 300°C, the maximum incorporation of sulfur was approximately 5 wt.% to give a material having a S/Mo atomic ratio of 0.27.
In contrast, glass materials have a highly disordered atomic structure.
These materials have been characterized using atomic absorption, CO chemisorption, and FT-IR (adsorption of CO), and then evaluated for the hydrogenation of 3,4-epoxy-1-butene, a functionalized olefin having many potential reaction pathways.
