
doi: 10.2172/4411261
Study provides insight into the oxidation mechanism of zirconium by combining electrical measurements with oxidation data. The measurement of electrical potential across growing scale on zirconium and the determination of conventional weight-change oxidation data were carried out at 550, 700, and 800 degrees C.
Ceramics, Electric Potential, Nitrogen, Cladding, Electric Fields, Electrons, N30110* --Metals, Time, Oxidation, Pressure, Reaction Kinetics, Films, Ions, Measurement, Chemical Reactions, Water, Carbon Dioxide, Surfaces, Vapors, Gold, Zirconium, & Other Materials--Metals & Alloys--Corrosion & Erosion & Surface Phenomena
Ceramics, Electric Potential, Nitrogen, Cladding, Electric Fields, Electrons, N30110* --Metals, Time, Oxidation, Pressure, Reaction Kinetics, Films, Ions, Measurement, Chemical Reactions, Water, Carbon Dioxide, Surfaces, Vapors, Gold, Zirconium, & Other Materials--Metals & Alloys--Corrosion & Erosion & Surface Phenomena
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