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in this video Iamp;#39;m going to illustrate how an asymmetric line shape can be used to fit data such as these titanium 2p and the reason that I need an asymmetric line shape is that at least one of these doublet pairs derives from a conducting titanium carbide material and I expect to see some form of asymmetry associated with this conducting material I also have a doublet that corresponds to an oxide where I donamp;#39;t think the component Peaks will be asymmetric in fact I think theyamp;#39;re going to be symmetrical the background that Iamp;#39;ll use will be a Shirley background and thatamp;#39;s consistent with the conducting material to construct a peak model I need to create a background and I also need to add components on top of that background that ultimately will fit the data to do this operation Iamp;#39;m going to use the quantification parameters dialog window and Iamp;#39;ve selected the quantification parameters dialog window from a toolbar button that is on a
