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"Corrosion of High-Performance Ceramics" is a comprehensive
survey of the state of the art of this new field of
research. It presents the first generalized description of
the corrosion of engineering ceramics and its effect on
their mechanical properties (based on Si3N4, SiC, AlN, B4C,
BN, Al2O3, ZrO2).
Researchers, engineers and graduate students are provided
with a guide to the performance of non-oxide and oxide
ceramicsin corrosive environments.
Keywords: high-temperature oxidation; hot corrosion;
corrosion in acids, alkalis and molten salts; effects of
corrosion on the physico-mechanical properties of ceramics;
stress corrosion; corrosion protection; development of
oxidation-resistant ceramics; role of purity, donations and
microstructure.
List of contents
1. Introduction.- 2. Oxidation in Oxygen and Air.- 2.1 Silicon Nitride Ceramics.- 2.2 Silicon Carbide Ceramics.- 2.3 Aluminium Nitride Ceramics.- 2.4 Boron Carbide Ceramics.- 2.5 Boron Nitride Ceramics.- 2.6 Ceramic Matrix Composites.- 3. Gaseous Corrosion of Ceramics.- 3.1 Hot Corrosion.- 3.2 Water Vapour Corrosion.- 3.3 Corrosion in Carbon Oxide Environments.- 3.4 Corrosion in Halogen- and Chalcogen-Containing Environments.- 4. Corrosion in Liquid Media.- 4.1 Corrosion in Solutions.- 4.2 Molten Salt and Alkali Corrosion.- 5. Corrosion Effect on Ceramic Properties.- 5.1 Preoxidation of Ceramics.- 5.2 Effect of Corrosion in Different Environments.- 6. Mechanical Properties and Corrosion.- 6.1 Effect of Oxidation on Results of High-Temperature Mechanical Tests.- 6.2 Effect of Salts on High-Temperature Strength.- 6.3 Failure of Ceramics Affected by Long-Term Mechanical Loading in Corrosive Environment.- 6.4 Lifetime Prediction in View of Environmental Effects.- 7. Corrosion Protection and Development of Corrosion-Resistant Ceramics.- 7.1 Chemical-Vapour Deposited Coatings.- 7.2 Sprayed and Sputtered Coatings.- 7.3 Impregnation and Other Methods of Protection.- 7.4 Choice of Optimum Ceramic Composition.- References.
