The effects of metal cations on corrosion of mild steel in model fresh water were investigated by electrochemical techniques and immersion tests. Analysis of X-ray photoelectron spectroscopy showed that metal cations have large hardness of cations, X, are incorporated in passive films. The electrochemical and immersion results showed that Xis not suitable as a corrosion indicator of mild steel. A novel corrosion indicator, "corrosion inhibitory effect of cations Y '', that consists of X and molar volume ratio, Delta V, is proposed, and it is shown that the novel indicator can estimate the corrosion rate of mild steel in fresh water. (C) 2016 Elsevier Ltd. All rights reserved
The aim of the present work is to study the effect of surface mild steel preparation on its electroc...
Mild steel because of its cheapness and easy availability is used considerably for the handling and ...
In dual purpose water/power co-generation plants, the presence of high concentration of Cu and Ni in...
Corrosion inhibition effect of metal cations on mild steel was investigated by immersion tests and e...
The influences of metal cations on the corrosion of mild steel in 10 mM Cl- aqueous solutions were i...
Effects of metal cations on the corrosion behavior of carbon steel SM490Y in 10 mM Cl- model fresh w...
Inhibition ability of gluconates for fresh water corrosion of mild steel changed with metal cations ...
The corrosion characteristics of SUS304 exposed to 0.5 M Cl- aqueous solution containing different m...
Some metals and alloys have special characteristics that enable them to provide superior corrosion-r...
The corrosion behavior of mild steel in seawater was investigated using an immersion test and energy...
Metals immersed in water tend to corrode because of their thermodynamic instability. Natural ...
The corrosion rate of mild steel behavior exposed to effluents (EF), sea water (SW) and fresh water ...
Abstract: Mild Steel is one of the major construction materials used in the industries. It has a you...
Corrosion is one of the processes of metal damage or degradation due to redox reactions between a me...
The influence of marine microbiological film formation on the free corrosion potentials of some allo...
The aim of the present work is to study the effect of surface mild steel preparation on its electroc...
Mild steel because of its cheapness and easy availability is used considerably for the handling and ...
In dual purpose water/power co-generation plants, the presence of high concentration of Cu and Ni in...
Corrosion inhibition effect of metal cations on mild steel was investigated by immersion tests and e...
The influences of metal cations on the corrosion of mild steel in 10 mM Cl- aqueous solutions were i...
Effects of metal cations on the corrosion behavior of carbon steel SM490Y in 10 mM Cl- model fresh w...
Inhibition ability of gluconates for fresh water corrosion of mild steel changed with metal cations ...
The corrosion characteristics of SUS304 exposed to 0.5 M Cl- aqueous solution containing different m...
Some metals and alloys have special characteristics that enable them to provide superior corrosion-r...
The corrosion behavior of mild steel in seawater was investigated using an immersion test and energy...
Metals immersed in water tend to corrode because of their thermodynamic instability. Natural ...
The corrosion rate of mild steel behavior exposed to effluents (EF), sea water (SW) and fresh water ...
Abstract: Mild Steel is one of the major construction materials used in the industries. It has a you...
Corrosion is one of the processes of metal damage or degradation due to redox reactions between a me...
The influence of marine microbiological film formation on the free corrosion potentials of some allo...
The aim of the present work is to study the effect of surface mild steel preparation on its electroc...
Mild steel because of its cheapness and easy availability is used considerably for the handling and ...
In dual purpose water/power co-generation plants, the presence of high concentration of Cu and Ni in...