VERY HIGH TEMPERATURE COATINGS FOR TANTALUM ALLOYS

Candidate coating alloys were subjected to plasma-arc oxidation at 3860 F in a simulated air environment and were found to have the following order of increasing surface recession rates: Ir-30 Rh, Ir-30 vol% ThO2-5vol% Ta2O5, Ir-10 vol% HfO2, Ir-10 vol% SiO2, Ir-10 vol% Al2O3, Ir-10 vol% ThO2, Unall...

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Bibliographische Detailangaben
Hauptverfasser:	Dickson, D. T, Wimber, R. T, Stetson, A. R
Format:	Report
Sprache:	eng
Schlagworte:	ALTERNATING CURRENT ANNEALING COATINGS Coatings, Colorants and Finishes DIFFUSION ELECTRODEPOSITION ELECTRODES ENVIRONMENTAL TESTS FAILURE(MECHANICS) FRACTURE(MECHANICS) GOLD HAFNIUM ALLOYS HEAT RESISTANT ALLOYS HEAT RESISTANT METALS HIGH TEMPERATURE IRIDIUM ALLOYS Metallurgy and Metallography OXIDATION POROSITY RHODIUM ALLOYS TANTALUM ALLOYS THERMAL STRESSES TUNGSTEN ALLOYS
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