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An investigation was conducted to characterize the corrosion behavior of Type 316L stainless steel (UNS S31603) in a sulphamic acid (NH2HSO3) cleaning solution.
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A series of pitting corrosion and electrochemical tests were performed, aimed at assessing the suitability of UNS S31603 (316L) in an anoxic brine where the chloride concentration was up to 250 000 mg l-1.
An atmospheric cell measures corrosion kinetics. The limiting oxygen reduction current density is increased over immersion results. A segmented, galvanic sensor that enables quantification of spatial distributions of galvanic current is presented.
There is a growing trend to supplement cathodic protection with Volatile Corrosion Inhibitors (VCI) beneath tank floors. This work is to investigate mutual compatibility and interactions of three different volatile corrosion inhibitors and cathodic protection.
Pitting failure boundary of duplex stainless steel under sour condition was investigated by electrochemical and immersion tests. Polarization measurements investigate the effect of temperature and H2S on the corrosion behavior.
High-entropy alloys (HEAs), are multicomponent alloys of at least 5 elements with 5-35 atomic % each. Immersion and electrochemical testing indicate that some high-entropy alloys have better corrosion performance than commercial alloys UNS N10276, UNS K03014, and UNS 31600.
This study investigates corrosion of carbon steel balls and the valve seat during acid cleaning in inhibited HCL_1_ solution.
Laboratory experiments to evaluate the mutual compatibility and interactions between a particular amine carboxylate based inhibitor and cathodic protection.
Materials selection in the biomedical sector has become a critical area of research, and the care and treatment of patients need to be continuously improved as technology advances. There is a broad range of such applications for metals in the current state of the industry, including dentistry and orthodontics, surgical tools, implants, stents, and bone staples and screws. Each of these applications entails a unique environment within the human body, and as new alloys are developed, it is crucial to understand their degradation behavior and response when exposed to the harsh conditions found throughout biomedical applications.
To restrain the failure of plate heat exchanger in customer boiler working fluid, the effect of crevice former type on the corrosion behavior of Type 316L (UNS S31603) stainless steel plate was investigated using electrochemical methods and surface analysis in chloride-containing synthetic tap water.
Stress corrosion cracking behavior measured by slow-strain rate tests with accelerated anodic & cathodic reactions. Results indicated the UNSM treatment has a significant effect on the corrosion condition. No effect appeared in the hydrogen embrittlement.