Language

• Integrating two-dimensional data into linear data for evaluating conventional powder without preferred orientation effects.
• Absorption correction models for various sample geometries and orientations
• Pole figure data collection and processing using conic integration at a given 2 position providing intensity (I) versus three dimensional pole figure plots.
• Pole figure transformation and projection algorithms allowing tilt, rotation and polar or sterographic projection of pole figures.
• Pole figure normalization and symmetry operations
• Fiber function that calculates a fiber plot from a single frame
• Hermas-Stein and White-Spruiell orientation indices calculated from pole figures of fibers and films.
• 2D evaluation of residual stress.
• Percent crystallinity for polymers using Bruker‘s unique two dimensional deconvolution algorithm.
• Peak fitting for evaluation of peak profiles and intensities.