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Orientation Measured from Inverse Pole Figures

ORIENTATION MEASURED FROM INVERSE POLE FIGURES [Pg.12]

In another set of experiments, tensile specimens initially 0.015 in. thick were elongated to various extents, released, and subsequently X-rayed. The resulting data can be analyzed by pole figure techniques to give the complete orientation distribution of unit cells in the specimen. For the case of axial specimen [Pg.12]

Directions indicated are poles of crystallographic planes contours show the density with which these crystal directions are aligned parallel to the tensile axis in multiples of the density for a sample with no preferred orientation [Pg.14]


ORIENTATION MEASURED FROM INVERSE POLE FIGURES... [Pg.12]

Orientation Measured from Inverse Pole Figures. 12... [Pg.419]

Sheet textures may also be represented by inverse pole figures. Here three separate projections are needed to show the distribution of the sheet normal, rolling direction, and transverse direction. Figure 9-24(b) is such a projection for the normal direction of the steel sheet whose (110) pole figure was given in Fig. 9-20 it was calculated from the crystal orientation distribution mentioned in Sec. 9-8. The distribution of the normal direction is also shown in (c), for the same material. This distribution was measured directly in the following way. A powder pattern is made of the sheet in a diffractometer by the usual method, with the sheet equally... [Pg.319]


See other pages where Orientation Measured from Inverse Pole Figures is mentioned: [Pg.5]    [Pg.17]    [Pg.181]    [Pg.8]    [Pg.20]    [Pg.1076]    [Pg.75]   


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