Fig. 6: The distribution of the XCA-generated phase probability, represented by round points in a gray-to-blue color scheme, overlayed on the interpolated intensity of the designated diffraction peak in the grid-scanned result, represented by a yellow-to-purple color scheme. | Communications Materials

Fig. 6: The distribution of the XCA-generated phase probability, represented by round points in a gray-to-blue color scheme, overlayed on the interpolated intensity of the designated diffraction peak in the grid-scanned result, represented by a yellow-to-purple color scheme.

From: Machine-learning for designing nanoarchitectured materials by dealloying

Fig. 6: The distribution of the XCA-generated phase probability, represented by round points in a gray-to-blue color scheme, overlayed on the interpolated intensity of the designated diffraction peak in the grid-scanned result, represented by a yellow-to-purple color scheme.The alternative text for this image may have been generated using AI.

The diffraction analysis was based on Cu2Mg (1 1 1), CuMg2 (0 8 0), and Ti (1 1 0).

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