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CuCoFe.wrl Copper (Cu) is shown in red Cobalt (Co) is shown in blue Iron (Fe) is shown in green This dataset is a repeating stack of magnetic materials that has been annealed to measure interdiffusion of the thin films. This interdiffusion is an important factor in the useful life of hard drive read heads. Tungsten.wrl Tungsten (W) is shown in blue This dataset is a tungsten wire with strong crystallography visible. The field of view in this image is many times larger than traditional atom probes, demonstrating the LEAP Microscope's ability to analyze both micro and nano scale features. Superalloy-ni1.wrl Chromium (Cr) is shown in blue Titanium (Ti) is shown in red Niobium (Nb) is shown in green Molybdenum (Mo) is shown in yellow Aluminum (Al) is shown in cyan This dataset is an analysis of an annealed Nickel superalloy, a common metal used in jet engine turbines. Understanding the formation of the precipitates during high temperature anneals allow engineers to develop even stronger alloys to further improve the strength of the material. PtMLF-1.wrl Platinum and Manganese (Pt, Mg) are shown in green Cobalt (Co) is shown in yellow A repeating stack of anti-ferromagnetic and magnetic materials that has been annealed to measure interdiffusion of the thin films, an important factor in the useful life of hard drive read heads. Superalloy-Ni2.wrl Cobalt (Co) shown in green Titanium (Ti) shown in red Aluminum (Al) shown in blue This is another analysis of an annealed Nickel superalloy, similar to the previous example. PtMLF-2.wrl Platinum and Manganese (Pt, Mg) shown in grey Cobalt (Co) shown in blue A repeating stack of anti-ferromagnetic and magnetic materials that has been annealed to measure interdiffusion of the thin films, an important factor in the useful life of hard drive read heads.
