Sentence examples for corrosion ability from inspiring English sources

The influence of incorporated carbides on Ni electro-co-deposition, the surface morphology, physical and chemical strength and corrosion ability of Ni coatings has been studied.

The results suggest that NaOH enhances the corrosion ability of NaNO3, and has a major effect on the size and uniformity of macropores.

Thus, Zr-based compounds and MgF2 play a key role in the anti-corrosion ability of the coating.

This chapter presents that, because of the excellent biocompatibility, matching shade, good anti-corrosion ability, bioceramics are ever more widely being used in the biomedical field.

We report the design and fabrication of smart polydiallyldimethylammonium chloride (PDDA /polyacrylic acid (PAA) multilayer coatings with enhanced stimuli responsive self-healing and anti-corrosion ability for 430 stainless steel (SS).

Recently, nanomaterial-embedded concrete and nanomaterial-incorporated coatings with novel functionalities such as self-protection and anti-corrosion ability have been successfully developed for prevention and control of concrete deterioration.

These performance improvements are attributed to its unique more dense spherical microstructure, thus leading to better reaction reversibility, excellent anti-corrosion ability, lower charge transfer resistance and better inhibiting effect on shape change of the material.

The effects of anodizing variables in a micro-arc process (MAO) for improving anti-corrosion ability of an oxide coating on AZ91D alloy were systematically examined using fractional factorial design (FFD), path of steepest ascent study, and the central composite design (CCD) coupled with the response surface methodology (RS M.

Cyclic voltammogram, dynamic potential scanning polarization technique and chronopotentionmetry measurements showed that the deposited Zn layer can markedly improve the anti-corrosion ability of the Mg alloy substrate in the Ni-plating solution and improve the nucleation and growth of Ni onto the surface of the Mg alloy substrate.

Potentiodynamic polarization tests and immersion tests for 7 and 14 days in 3.5 wt.% NaCl aqueous solution at room temperature were conducted to evaluate anti-corrosion abilities of coatings.

Polyaniline coatings of various controlled thicknesses are applied to 7075-T6 alloynum alloy substrates and evaluated for their corrosion protection ability in a corrosive saline environment using electrochemical techniques.