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Non‐metallic inorganic materials

Non‐metallic inorganic materials Werkstoffe und Korrosion 37, (1986) R 192 Abstr. 2450-2462 agation rate of lnconel 718 irradiated and tested at 65OoC when compared with 86-2450 Stress Corrosion Resistant Aluminium-Magnesium- Lithium-Copper Alloy. An aluminium base alloy is disclosed having a composi- test results for unirradiated material. The predominantly transgranular or mixed tion within the following ranges in weight percent: Li 2.1-2.9. Mg 3.0-5.5. Cu 0.2-0.7 mode of crack propagation was consistent with the small grain size produced by the conventional heat treatment. 8 ref.-AA and one or more constituents selected from the group consisting of zirconium, haf- nium and niobium as follows: Zr 0.05-0 25. Hf 0.10-0.50, Nb 0.05-0.30 and Zn 0-2.0. H.H. Smith, D.J. Michel. J. Nucl. Mater., Dec. 1965, 137, (1). 81-85, [in English]. Ti 0-0.5. Mn 0-0.5. Ni 0-0.5. Cr 0-0.5, Ge 0-0.2, Al remainder (apart from incidental ISSN 0022-31 15. impurities). W.S. Miller, A. Gray, Alcan International. 22 May 1985, [in English]. Patent no. 86-2457 The Anodic Behaviour of Zinc in Acid Ethylene Glycol EP0142261 (EUR), 10 Oct. 1984. Solutions. Abstracted from Ref. Zh. Korroz, 1985. (lo), K50. A rotating ring-disc electrode was used to study the anodic behaviour of Zn in acid ethylene glycol- 86-2451 Effect of http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Materials and Corrosion/Werkstoffe Und Korrosion Wiley

Non‐metallic inorganic materials

Materials and Corrosion/Werkstoffe Und Korrosion , Volume 37 (8) – Aug 1, 1986
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Publisher
Wiley
Copyright
"Copyright © 1986 Wiley Subscription Services, Inc., A Wiley Company"
ISSN
0947-5117
eISSN
1521-4176
DOI
10.1002/maco.19860370817
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See Article on Publisher Site

Abstract

Werkstoffe und Korrosion 37, (1986) R 192 Abstr. 2450-2462 agation rate of lnconel 718 irradiated and tested at 65OoC when compared with 86-2450 Stress Corrosion Resistant Aluminium-Magnesium- Lithium-Copper Alloy. An aluminium base alloy is disclosed having a composi- test results for unirradiated material. The predominantly transgranular or mixed tion within the following ranges in weight percent: Li 2.1-2.9. Mg 3.0-5.5. Cu 0.2-0.7 mode of crack propagation was consistent with the small grain size produced by the conventional heat treatment. 8 ref.-AA and one or more constituents selected from the group consisting of zirconium, haf- nium and niobium as follows: Zr 0.05-0 25. Hf 0.10-0.50, Nb 0.05-0.30 and Zn 0-2.0. H.H. Smith, D.J. Michel. J. Nucl. Mater., Dec. 1965, 137, (1). 81-85, [in English]. Ti 0-0.5. Mn 0-0.5. Ni 0-0.5. Cr 0-0.5, Ge 0-0.2, Al remainder (apart from incidental ISSN 0022-31 15. impurities). W.S. Miller, A. Gray, Alcan International. 22 May 1985, [in English]. Patent no. 86-2457 The Anodic Behaviour of Zinc in Acid Ethylene Glycol EP0142261 (EUR), 10 Oct. 1984. Solutions. Abstracted from Ref. Zh. Korroz, 1985. (lo), K50. A rotating ring-disc electrode was used to study the anodic behaviour of Zn in acid ethylene glycol- 86-2451 Effect of

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Materials and Corrosion/Werkstoffe Und Korrosion – Wiley

Published: Aug 1, 1986

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