Effect of electrolytic hydrogen charging on the corrosion activity of a freshly formed surface of V92ts alloy
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Abstract
For V92ts aluminum alloy, it is established that electrolytic hydrogenation of a freshly formed fracture surface does not affect its electrode potential regardless of alloy aging conditions. However, the relaxation time of the potential of the hydrogen-charged freshly formed alloy surface and its corrosion intensity depend on the aging conditions.
Keywords
Hydrogen Aluminum Relaxation Time Fracture Surface Aluminum Alloy
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© Plenum Publishing Corporation 1994