- A pole figure is a graphical representation of the orientation of objects in space. For example, pole figures in the form of stereographic projections are used to represent the orientation distribution of crystallographic lattice planes in crystallography and texture analysis in materials science.Learn more:A pole figure is a graphical representation of the orientation of objects in space. For example, pole figures in the form of stereographic projections are used to represent the orientation distribution of crystallographic lattice planes in crystallography and texture analysis in materials science.en.wikipedia.org/wiki/Pole_figureA pole figure is simply a stereogram with its axes defined by an external frame of reference with particular hkl poles plotted onto it from all of the crystallites in the polycrystal.www.doitpoms.ac.uk/tlplib/crystallographic_texture/…The point P is the inversion point of Q; the polar is the line through P that is perpendicular to the line containing O, P and Q. In geometry, a pole and polar are respectively a point and a line that have a unique reciprocal relationship with respect to a given conic section.en.wikipedia.org/wiki/Pole_and_polar
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See all on WikipediaPole figure - Wikipedia
A pole figure is a graphical representation of the orientation of objects in space. For example, pole figures in the form of stereographic projections are used to represent the orientation distribution of crystallographic lattice planes in crystallography and texture analysis in materials science. See more
Planes of a crystal
The structure of a crystal is often represented by the pole figure of its crystallographic planes.
A plane is chosen as the equator, usually the (001) or (011) plane; its pole is the center of the figure. … See moreThe upper sphere is projected on a plane using the stereographic projection.
Consider the (x,y) plane of the reference basis; its trace on the … See more• Wulff net with a step of 2° (PDF file, 1p, 272KB)
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• MTEX — MATLAB toolbox for Texture Analysis See moreWikipedia text under CC-BY-SA license Pole Figure - an overview | ScienceDirect Topics
Pole figures can be used to provide a graphical representation of orientation. A pole figure is a two-dimensional graphical representation of orientation, showing the orientation of a selected …
Pole figure - chemeurope.com
- A Wulff netis used to read a pole figure. The stereographic projection of a trace is an arc. The Wulff net is arcs corresponding to plane which share a common axis in the (x,y) plane. If the pole and the trace of a plane are represented on the same diagram, then 1. we turn the Wulff net so the trace corresponds to an arc of the net; 2. the pole is ...
This article will explain the basics of the pole figure measurement/analysis technique using out-of-plane and in-plane measurement geometry, followed by their applications for thin films …
10.28. Generate and Write Pole Figure Images
Generate and Write Pole Figure Images. IO (Output) This Filter creates a standard crystallographic pole figure image for each Ensemble (phase) in a selected Data Container. The Filter uses Euler angles in radians and requires …
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GIDVis: a comprehensive software tool for geometry-independent …
Using GIDVis, detector calibration, data stitching, intensity corrections, cuts and integrations, crystal phase analysis, and calculation of pole figures can be easily performed. Keywords: …
Geometry of a pole-figure goniometer [13].
In this paper, a pseudorandom dual-phase crystal plasticity finite element (CPFE) model is established, which fully considers the actual grain size and orientation information, volume fraction, and...
Representing Texture - DoITPoMS
100 pole figure showing “cube” texture and pole density represented using contours rather than discrete points.
The direction of poles is defined by a and b angles in a spherical coordinates. The pole densities at all directions are mapped on the equatorial plane by Stereographic Projection.
X-Ray Diffraction Lab - University of Cincinnati
The pole figure looks like a dart board (concentric circles) since it is made by projecting the sphere of projection onto a plane from a polar perspective. Where these lines cross the plane of projection a spot is recorded.
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