Publication | Closed Access
Enhancement of the self-healing ability in oxidation induced self-healing ceramic by modifying the healing agent
55
Citations
14
References
2012
Year
EngineeringSelf-healing AbilitySelf-healing SurfaceAvailable Temperature RangeSelf-repairSic ParticlesCeramic Matrix CompositeChemical EngineeringCorrosionSelf-healing MaterialCeramic TechnologySelf-healing MaterialsMaterials ScienceMaterials EngineeringCeramic MaterialAlumina–sic CompositesHealing AgentCarbon MaterialsStructural CeramicHigh Temperature MaterialsCeramics MaterialsWound HealingMetal-ceramic SystemsCarbide
The available temperature range of the self-healing induced by high temperature oxidation of SiC can be controlled by the particle size of the contained SiC particles. In this study, three types of alumina–SiC composites were prepared. The SiC particle sizes of the composites were 270, ∼30 nm, and less than 10 nm. The self-healing abilities were estimated by the strength recovery behavior at several temperatures.
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