In this paper, phenomena of chemical corrosion of metals and alloys in electrolyte solutions are analyzed. It is shown that iron, chromium and other metals and alloys dissolve much faster than is the corrosion rate determined by electrochemical methods. This means that the chemical dissolution takes place simultaneously with the electrochemical dissolution. The chemical dissolution does not depend on electrode potential. Under some conditions, chemical dissolution of metals is the dominant process of dissolution. Several mechanisms of chemical corrosion are described. Also, the consequences of chemical dissolution of various metals and alloys are discussed, as well as the hydrogen evolution during the chemical dissolution. The process of hy...
This thesis is concerned with the dissolution of copper in acetonitrile-water solutions. The literat...
The dissolution of magnesium in hydrochloric acid has been studied by measuring dissolution rates an...
Abstract: Chromium dissolution in aqueous sulfuric acid solutions in the pH range 0.5 –3 was studied...
The influence of temperature on electrochemical and chemical dissolution of chromium was studied in ...
The influence of temperature on electrochemical and chemical dissolution of chromium was studied in ...
Chromium dissolution in aqueous sulfuric acid solutions in the pH range 0.5 –3 was studied electroch...
Chromium dissolution in aqueous sulfuric acid solution of pH 1 was studied electrochemically on chro...
In this work, the mechanisms of hydrogen evolution on the metal chromium in a solution of 0.1 M Na2S...
Chromium dissolution in aqueous sulfuric acid solution of pH 1 was studied electrochemically on chro...
Many high purity salts are produced by dissolving pure metal in non-oxidizing mineral acids. If hydr...
The kinetics of the dissolution of polycrystalline iron in acid solutions has been studied. Perchlor...
Most metals other than the noble metals, do not exist in their native states but exist as compounds ...
This thesis deals with the kinetics and mechanism of corrosion of zinc in concentrated sodium hydrox...
The control of metal dissolution processes is important in fields ranging from battery technology to...
Chromium dissolution in aqueous sulfuric acid solution of pH 1 was studied electrochemically on chro...
This thesis is concerned with the dissolution of copper in acetonitrile-water solutions. The literat...
The dissolution of magnesium in hydrochloric acid has been studied by measuring dissolution rates an...
Abstract: Chromium dissolution in aqueous sulfuric acid solutions in the pH range 0.5 –3 was studied...
The influence of temperature on electrochemical and chemical dissolution of chromium was studied in ...
The influence of temperature on electrochemical and chemical dissolution of chromium was studied in ...
Chromium dissolution in aqueous sulfuric acid solutions in the pH range 0.5 –3 was studied electroch...
Chromium dissolution in aqueous sulfuric acid solution of pH 1 was studied electrochemically on chro...
In this work, the mechanisms of hydrogen evolution on the metal chromium in a solution of 0.1 M Na2S...
Chromium dissolution in aqueous sulfuric acid solution of pH 1 was studied electrochemically on chro...
Many high purity salts are produced by dissolving pure metal in non-oxidizing mineral acids. If hydr...
The kinetics of the dissolution of polycrystalline iron in acid solutions has been studied. Perchlor...
Most metals other than the noble metals, do not exist in their native states but exist as compounds ...
This thesis deals with the kinetics and mechanism of corrosion of zinc in concentrated sodium hydrox...
The control of metal dissolution processes is important in fields ranging from battery technology to...
Chromium dissolution in aqueous sulfuric acid solution of pH 1 was studied electrochemically on chro...
This thesis is concerned with the dissolution of copper in acetonitrile-water solutions. The literat...
The dissolution of magnesium in hydrochloric acid has been studied by measuring dissolution rates an...
Abstract: Chromium dissolution in aqueous sulfuric acid solutions in the pH range 0.5 –3 was studied...