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Self-Healing of Materials under High Electrical Stress
There is an increasing demand for materials and electronic devices to operate under conditions of high electrical or mechanical stress, or a combination of both. Applications include high-voltage insulation, capacitors...
Self-Healing of Materials under High Electrical Stress
There is an increasing demand for materials and electronic devices to operate under conditions of high electrical or mechanical stress, or a combination of both. Applications include high-voltage insulation, capacitors...
Linking the Cu(II/I) and the Ni(IV/II) Potentials to Subsequent Passive Film Breakdown for a Cu-Ni Alloy in Aqueous 0.5 M NaCl
Copper and copper-nickel alloys are known to form partially passive films in marine conditions, both naturally and under positive potential bias. Here, the anodic passivation behaviour of copper and of constantan (Cu54Ni45Mn1)...
Linking the Cu(II/I) and the Ni(IV/II) Potentials to Subsequent Passive Film Breakdown for a Cu-Ni Alloy in Aqueous 0.5 M NaCl
Copper and copper-nickel alloys are known to form partially passive films in marine conditions, both naturally and under positive potential bias. Here, the anodic passivation behaviour of copper and of constantan (Cu54Ni45Mn1)...