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How to remove corrosion from Macbook? 

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The major corrosion mechanism for the coated samples arises from electrolyte penetration in the pores of the deposits, which may eventually lead to the development of localized forms of corrosion.
The inhibitors delay the onset of corrosion and reduce the rate of corrosion.
The in vitro methods used tend to show similar corrosion rates compared to in vivo corrosion, especially when a RPMI medium was used, and therefore are suitable to predict corrosion trends prior to in vivo studies.
In addition, corrosion inhibitors were proven to be effective in controlling corrosion.
The work shows a practical example of how a suitable combination of chemical, physical and electrochemical techniques can be applied together to characterize a corrosion process, the obtained results validating and corroborating the prediction of the corrosion rate in metallic structures.
In the later stage of corrosion, the barrier effect of corrosion products played an important role in inhibiting localized corrosion.
The results also show that the exfoliation corrosion is developed from pitting corrosion through intergranular corrosion to general corrosion at the end.
From the results of above studies a suitable mechanism for corrosion inhibition is proposed.

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