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. 2011 Jan 18;108(8):3152–3156. doi: 10.1073/pnas.1018733108

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Fig. 3. — Kikuchi diffraction in convergent-beam pattern. Shown is a frame taken along the zone axis, displaying the zero-order-Laue-zone discs (labeled with black Bragg indices), the second-order-Laue-zone ring (the white ring), and the Kikuchi bands labeled as KB1, KB2, and KB3. Yellow arrows indicate the relevant specimen axes and their projections with the acquired Miller indices underneath them. The HOLZ reflection, which is used to establish time zero, is also indicated. (Inset) Relevant specimen [100], [011], and observation directions: [011] is normal to the slab surface, whereas is normal to the wedge.

Inline graphic — Kikuchi diffraction in convergent-beam pattern. Shown is a frame taken along the zone axis, displaying the zero-order-Laue-zone discs (labeled with black Bragg indices), the second-order-Laue-zone ring (the white ring), and the Kikuchi bands labeled as KB1, KB2, and KB3. Yellow arrows indicate the relevant specimen axes and their projections with the acquired Miller indices underneath them. The HOLZ reflection, which is used to establish time zero, is also indicated. (Inset) Relevant specimen [100], [011], and observation directions: [011] is normal to the slab surface, whereas is normal to the wedge.