1950
DOI: 10.2307/3047300
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Michelangelo: Vol. II, The Sistine Ceiling; Vol. III, The Medici Chapel

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Cited by 2 publications
(3 citation statements)
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“…[3,4] At 77 with the earlier measurements of Reed-Hill on polycrystal-K, a small volume fraction of thin {1012} twins were formed line zirconium. [17] At 1000 K, the basal-slip lines became with ͗c ϩ a͘ accommodation slip in the matrix, similar to even better defined. that shown in Figure 15.…”
Section: Ti-5 Pct Almentioning
confidence: 74%
“…[3,4] At 77 with the earlier measurements of Reed-Hill on polycrystal-K, a small volume fraction of thin {1012} twins were formed line zirconium. [17] At 1000 K, the basal-slip lines became with ͗c ϩ a͘ accommodation slip in the matrix, similar to even better defined. that shown in Figure 15.…”
Section: Ti-5 Pct Almentioning
confidence: 74%
“…The strain and accommodation kinks associated with the secondary "internal" twin change the apparent habit of the initial twin. [14,15] It has been suggested that these factors can cause the double twin to end up parallel to a plane, [15] which is inclined 7.3 deg to the original plane. Twins parallel to these planes were therefore considered in the present analysis.…”
Section: B Cold Rollingmentioning
confidence: 99%
“…The mechanism of double twinning, in which twins form in the interior of twins, has received considerable attention in single-crystal and pure Mg literature, [14,15] particularly in regard to the formation of compression bands. [3] In our previous EBSD analyses, we observed boundaries with misorientation angles and axes consistent with the operation of this mode in pure Mg. [16] However, in general, identification of these twins by EBSD analysis was hampered by the difficulty in obtaining diffraction patterns from the interiors of twins suspected to be of this type.…”
Section: Introductionmentioning
confidence: 99%