In-Situ High-Throughput Synchrotron Diffraction Data of Multiple Principle Component Alloy Thin Films

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This gives a brief description of the data set and how phase attribution was realized (566bytes)

This is a file that describes the x-y position of the diffraction measurements on the wafer. The header just describes which is x and y. (1.661Kb)

This is the Intensity vs angle (here in Cu k-alpha) file in the CombiView format for the as-deposited samples. The header is the 2-theta position. Each of the following rows gives the diffraction intensities for each sample. Row numbers correspond to the position and composition files in the respective text files. (5.792Mb)

Thist is the composition file giving the pseudo-ternary compositions for Mo, Cu and Al. (3.842Kb)

This is the Intensity vs angle (here in Cu k-alpha) file in the CombiView format for the samples annealed at 300C. The header is the 2-theta position. Each of the following rows gives the diffraction intensities for each sample. Row numbers correspond to the position and composition files in the respective text files. (2.040Mb)

This is the Intensity vs angle (here in Cu k-alpha) file in the CombiView format for the samples annealed at 600C. The header is the 2-theta position. Each of the following rows gives the diffraction intensities for each sample. Row numbers correspond to the position and composition files in the respective text files. (2.040Mb)

File with phase attributions for 300 C sample. (10.56Kb)

File with phase attributions for as-deposited sample. (10.39Kb)

File with phase attributions for 600 C sample. (10.04Kb)

Date

2016-08-05

Author

Ruiz-Yi, Benjamin

Bunn, Jonathan K.

Stasak, Drew

Mehta, Apurva

Besser, Matthew

Kramer, Matthew J.

Takeuchi, Ichiro

Hattrick-Simpers, Jason R.

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Abstract

This data set is composed of a set of labeled synchrotron diffraction data taken at beamline 1-5 at SLAC on (Al1−x−yCuxMoy)FeNiTiVZr composition spread samples. The data were taken to test the relative importance of solubility and entropy in the stabilization of HEAs. The data were taken as 2-D images which were calibrated with a LaB6 standard and integrated to 1-D intensity versus q plots. Samples were annealed at various temperature and diffraction was taken in situ for various temperatures and annealing conditions. The data were labeled as either containing only a HEA phase or being polyphase.

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http://hdl.handle.net/11256/834

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