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Fig. 1 shows the evolution of corrosion of AA2024 under a droplet containing a mixture of NaCl and MgCl 2. Fig.1(a) shows the droplet on top of the pin after corrosion at 90% RH for 23 hours. The droplet is already full of corrosion products, and hydrogen bubbles are visible above corrosion fissures (viewed parallel to the rolling direction). Fig.1(b) shows the same sample as (a) rotated by 90° so that the length of the fissures can be seen parallel to the rolling direction. Fig.1(c, d) show the same views as (a, b) following 2 hours at ~30% RH. It is evident that the corrosion products have dried out, and the fissures have grown substantially.

Synchrotron Microtomography Studies of Atmospheric Corrosion of Stainless Steel and Aluminum Alloys