This study sought to investigate the use of the potentiostatic technique as an alternative methodology to artificially simulate the pit propagation due to the galvanic cell established between the area covered by corrosion products/inhibitors and the active surface of the pit.

Inhibition of localized corrosion propagation driven by galvanic coupling on carbon steel

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Welcome to Materials.Business, your premier destination for cutting-edge insights into Corrosion, Materials, Asset Integrity, Women in STEM, Sustainability, and most importantly: Leadership. Our mission is multifaceted, aiming to fortify understanding in these critical areas while championing diversity and sustainability within the industry. Join us on a journey that goes beyond traditional boundaries. We not only curate and spotlight the latest news, events, and articles in Corrosion and Asset Integrity but also shine a spotlight on the invaluable contributions of women in STEM and the pivotal intersection of sustainability and leadership in the business landscape. Materials.Business is more than a newsletter; it's a curated space where industry professionals, enthusiasts, and experts converge to explore the forefront of materials, technology, and leadership. Subscribe now to stay informed, connected, and inspired, contributing to a future where diversity, sustainability, and innovation thrive. #MaterialsInnovation #CorrosionInsights #AssetIntegrity #WomenInSTEM #SustainabilityLeadership #IndustryUpdates #Materials #Sustainability

<p>Welcome to Materials.Business, your premier destination for cutting-edge insights into Corrosion, Materials, Asset Integrity, Women in STEM, Sustainability, and most importantly: Leadership. Our mission is multifaceted, aiming to fortify understanding in these critical areas while championing diversity and sustainability within the industry. Join us on a journey that goes beyond traditional boundaries. We not only curate and spotlight the latest news, events, and articles in Corrosion and Asset Integrity but also shine a spotlight on the invaluable contributions of women in STEM and the pivotal intersection of sustainability and leadership in the business landscape. <a href="http://Materials.Business" rel="noopener noreferrer">Materials.Business</a> is more than a newsletter; it's a curated space where industry professionals, enthusiasts, and experts converge to explore the forefront of materials, technology, and leadership. Subscribe now to stay informed, connected, and inspired, contributing to a future where diversity, sustainability, and innovation thrive. #MaterialsInnovation #CorrosionInsights #AssetIntegrity #WomenInSTEM #SustainabilityLeadership #IndustryUpdates #Materials #Sustainability</p>

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Inhibition of localized corrosion propagation driven by galvanic coupling on carbon steel

Inhibition of localized corrosion propagation driven by galvanic coupling on carbon steel