Many volatile metal hydroxides form by reaction of the corresponding metal oxide with water vapor. These reactions are important in a number of high temperature corrosion processes. Experimental methods for studying the thermodynamics of metal hydroxides include: gas leak Knudsen cell mass spectrometry, free jet sampling mass spectrometry, transpiration and hydrogen-oxygen flame studies. The available experimental information is reviewed and the most stable metal hydroxide species are correlated with position in the periodic table. Current studies in our laboratory on the Si-O-H system are discussed
1. Kinetics and Oxidation Mechanisms 1.1 Experimental Devices that Produce Water Vapor1.2 Using the ...
1. Kinetics and Oxidation Mechanisms 1.1 Experimental Devices that Produce Water Vapor1.2 Using the ...
1. Kinetics and Oxidation Mechanisms 1.1 Experimental Devices that Produce Water Vapor1.2 Using the ...
Many volatile metal hydroxides form by reaction of the corresponding metal oxide with water vapor. T...
Modern superalloys used in the construction of turbomachinery contain a wide range of metals in trac...
The volatilization of silica (SiO2) to silicon hydroxides and oxyhydroxides because of reaction with...
The redox interaction between hydroxyl groups on oxide surfaces and metal atoms and clusters deposit...
Many structural materials rely on the formation of chromia, silica or alumina as a protective layer ...
The solubility behavior of transition metal oxides in high temperature water is interpreted by recog...
The formation of volatile silicon-hydroxide species from SiO2 in water containing atmospheres has be...
Silicon-based ceramics are promising candidate structural materials for heat engines. The long-term ...
The redox interaction between hydroxyl groups on oxide surfaces and metal atoms and clusters deposit...
1. Kinetics and Oxidation Mechanisms 1.1 Experimental Devices that Produce Water Vapor1.2 Using the ...
1. Kinetics and Oxidation Mechanisms 1.1 Experimental Devices that Produce Water Vapor1.2 Using the ...
1. Kinetics and Oxidation Mechanisms 1.1 Experimental Devices that Produce Water Vapor1.2 Using the ...
1. Kinetics and Oxidation Mechanisms 1.1 Experimental Devices that Produce Water Vapor1.2 Using the ...
1. Kinetics and Oxidation Mechanisms 1.1 Experimental Devices that Produce Water Vapor1.2 Using the ...
1. Kinetics and Oxidation Mechanisms 1.1 Experimental Devices that Produce Water Vapor1.2 Using the ...
Many volatile metal hydroxides form by reaction of the corresponding metal oxide with water vapor. T...
Modern superalloys used in the construction of turbomachinery contain a wide range of metals in trac...
The volatilization of silica (SiO2) to silicon hydroxides and oxyhydroxides because of reaction with...
The redox interaction between hydroxyl groups on oxide surfaces and metal atoms and clusters deposit...
Many structural materials rely on the formation of chromia, silica or alumina as a protective layer ...
The solubility behavior of transition metal oxides in high temperature water is interpreted by recog...
The formation of volatile silicon-hydroxide species from SiO2 in water containing atmospheres has be...
Silicon-based ceramics are promising candidate structural materials for heat engines. The long-term ...
The redox interaction between hydroxyl groups on oxide surfaces and metal atoms and clusters deposit...
1. Kinetics and Oxidation Mechanisms 1.1 Experimental Devices that Produce Water Vapor1.2 Using the ...
1. Kinetics and Oxidation Mechanisms 1.1 Experimental Devices that Produce Water Vapor1.2 Using the ...
1. Kinetics and Oxidation Mechanisms 1.1 Experimental Devices that Produce Water Vapor1.2 Using the ...
1. Kinetics and Oxidation Mechanisms 1.1 Experimental Devices that Produce Water Vapor1.2 Using the ...
1. Kinetics and Oxidation Mechanisms 1.1 Experimental Devices that Produce Water Vapor1.2 Using the ...
1. Kinetics and Oxidation Mechanisms 1.1 Experimental Devices that Produce Water Vapor1.2 Using the ...