Titlebook: Beryllium Science and Technology; Volume 2 Dennis R. Floyd,John N. Lowe Book 1979 Springer Science+Business Media New York 1979 behavior.be

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Properties,ata on earlier products (prior to 1970) are often obsolete. Block formerly showed about 1% elongation; it is now 3.0% minimum, usually about 4%. Sheet averages 15–20% elongation with a guaranteed 10% (formerly 5%). The strain-hardening coefficient has been improved significantly.

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Overview: 978-1-4757-0670-3978-1-4757-0668-0

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https://doi.org/10.1007/978-3-031-53614-4thus concerned with techniques for casting beryllium and a review of current knowledge about the solidification behavior of the metal. Many factors such as mold design, heat transfer during solidification, and impurity control have a direct bearing on both the soundness and structuce of the ingot and subsequent quality of the ingot-source product.

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Contributions to Management Scienced particle size ranges in the required degrees of purity. Several milling methods are capable of disintegrating or pulverizing brittle, friable metals. Beryllium cleaves readily along a single plane, and particles made by impacting are thin, jagged, and rather flat, much smaller in thickness than in

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Nina Osipenko,Svetlana Shirokovat might have been expected. One of the chief reasons for this lack of acceptance is the strong tendency for basal planes to become oriented in the plane of the sheet during rolling. Although this texture and the cold-working attendant with the deformation in rolling combine to produce very high stre