Technical Papers and Notes - Institute of Metals Division - Electroshaping of Copper Single Crystals

The American Institute of Mining, Metallurgical, and Petroleum Engineers
D. H. Avery M. L. Ebner W. A. Backofen
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
1
File Size:
330 KB
Publication Date:
Jan 1, 1959

Abstract

Slip on (11221 planes, which do not contain a close-packed direction, has been identified on crystals strained at —190°C. Evidence is also presented to show that (1071) pyramidal slip is a mode of deformation at 25ºC in a limited orientation range. PYRAMIDAL slip (l011) <1120> in magnesium at elevated temperatures has been established for some time.1-2 More recently, Burke and Hibbard reported this mode of deformation at 25"C, but their results were questioned by Craig.&apos; Also, as far as the present authors know, slip in magnesium on pyramidal planes of the second order, Type II (1122)) has not previously been reported, although Gilman"," identified (1122) slip in another hexagonal metal
Citation

APA: D. H. Avery M. L. Ebner W. A. Backofen  (1959)  Technical Papers and Notes - Institute of Metals Division - Electroshaping of Copper Single Crystals

MLA: D. H. Avery M. L. Ebner W. A. Backofen Technical Papers and Notes - Institute of Metals Division - Electroshaping of Copper Single Crystals. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1959.

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