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The confocal scanning laser microscopic study of the pitting corrosion on sputter-deposited W-TI alloys in 1 M Naoh solution

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The pitting corrosion of the passive films formed on the surface of sputter-deposited W-30Ti and W-53Ti alloys after immersion for 24 hours in alkaline 1 M NaOH soution at 250C was studied by using the surface sensitive technique of the confocal scanning laser microscopic (CSLM) technique including corrosion tests and electrochemical measurements. The higher corrosion rate of the W-30Ti alloy (i.e., about 3x 10-2 mm/y) than those of the W53Ti and W-90Ti alloys (i.e., about 4-5 x 10-3 mm/y) was mostly due to the deep type of pitting corrosion observed on the surface of the passive film formed on the W-30Ti alloy in 1 M NaOH solution. The shallow type of pits was developed on the surface of the passive film formed on the W-53Ti alloy, whereas no pitting corrosion on the titanium-rich W-90Ti alloy. | The confocal scanning laser microscopic study of the pitting corrosion on sputter-deposited W-TI alloys in 1 M Naoh solution

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The confocal scanning laser microscopic study of the pitting corrosion on sputter-deposited W-TI alloys in 1 M Naoh solution

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