Sentence examples for corrosive behaviour from inspiring English sources

The results have shown the detrimental effect of water on the corrosive behaviour of the carbon steel electrodes, which have suffered localized attack in solutions with a water content 10% v/v and 4.8% v/v.

The aim of this study was to investigate the corrosive behaviour of stainless steel archwires in a more clinically relevant way by bending and exposing to various pH.

So, the aim of this study was to investigate the corrosive behaviour of bent SS archwires in a more clinically relevant manner comparing the bent with the as-received straight wires in a clinically relevant pH solution.

This integration and simplification is a critically necessary task if we hope for policymakers, healthcare leaders and healthcare professionals to effectively use what we know thus far, enabling them to more effectively manage and reduce corrosive behaviour and increase collaborative behaviour in healthcare settings.

Herein, superhydrophobic coatings with controllable water adhesion were successfully fabricated by spraying different percentages of hydrophobic SiO2 nanoparticles (NPs) on the Al substrate, and then the influence of water adhesion of superhydrophobic surfaces on their anti-corrosive behaviour was studied.

The aim was to identify compositional regions showing alkali corrosion resistance and to establish a model for predicting the corrosion behaviour of alkali aluminosilicates under alkali corrosive conditions.

This electrochemical cell allowed us to monitor in situ surface film formation on the metal surface as well as the subsequent corrosion behaviour of the metal in a corrosive medium.

The hot corrosion behaviour of coatings was assessed in the presence of a corrosive molten salt.

This study presents synthesis, characterisation, bio-fouling, and electrochemical corrosion behaviour of Ni matrix-Ag nanoparticles based composite coatings for anti-corrosive and anti-fouling applications in sea water or marine environment.

The corrosion behaviour of anodized Mg alloy was examined by using stationary and dynamic electrochemical techniques in corrosive water.

The corrosion behaviour of anodically phosphated mild steel substrate in 3.5% sodium chloride solution reveals the ability of the phosphate coating to act as a barrier film towards the ingress of corrosive media.