Oxidation-Reduction Resistance of Advanced Copper Alloys

Resistance to oxidation and blanching is a key issue in advanced copper alloys under development for NASA's next-generation of reusable launch vehicles. Candidate alloys, including dispersion-strengthened Cu-Cr-Nb, solution-strengthened Cu-Ag-Zr, and ODS Cu-Al2O3, are being evaluated for oxidat...

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Veröffentlicht in:The journal of corrosion science and engineering 2003-01, Vol.6, p.DUMMY-DUMMY
Hauptverfasser: Ogbuji, L U, Humphrey, D L, Setlock, J A
Format: Artikel
Sprache:eng
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Zusammenfassung:Resistance to oxidation and blanching is a key issue in advanced copper alloys under development for NASA's next-generation of reusable launch vehicles. Candidate alloys, including dispersion-strengthened Cu-Cr-Nb, solution-strengthened Cu-Ag-Zr, and ODS Cu-Al2O3, are being evaluated for oxidation resistance by static TGA exposures in low-p(O2) and cyclic oxidation in air, and by cyclic oxidation-reduction exposures (using air for oxidation and CO/CO2 or H2/Ar for reduction) to simulate expected service environments. The test protocol and results are presented. [This is an unrefereed preprint].
ISSN:1466-8858
1466-8858