Corrosion of High Density Kinetic Energy Penetrator Materials

The corrosion behavior of DU-3/4% Ti and DU-2% Mo alloys was assessed by electrochemical polarization techniques and exposure to both 5% salt fog at 35 deg C and a 95% relative humidity at 45 deg C. The efficacy of an ion vapor deposited aluminum coating in mitigating the corrosion of these alloys w...

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Bibliographische Detailangaben
Hauptverfasser:	Zabielski, Chester V, Levy, Milton
Format:	Report
Sprache:	eng
Schlagworte:	ALLOYS ALUMINUM ALUMINUM COATINGS BEHAVIOR COATINGS CORROSION FOG HUMIDITY IONS Metallurgy and Metallography POLARIZATION SALT SPRAY TESTS SALTS SPRAYS TEST AND EVALUATION URANIUM URANIUM ALLOYS VAPORS
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Beschreibung
Zusammenfassung:	The corrosion behavior of DU-3/4% Ti and DU-2% Mo alloys was assessed by electrochemical polarization techniques and exposure to both 5% salt fog at 35 deg C and a 95% relative humidity at 45 deg C. The efficacy of an ion vapor deposited aluminum coating in mitigating the corrosion of these alloys was also assessed. Corrosion, Electrochemical tests, Uranium alloys, Salt spray tests. Ion vapor deposition (IVD).