Abstract
ABSTRACT The feasibility of developing an effective diffusion barrier for titanium matrix composites was investigated. MgO was identified as a potential barrier and was applied to silicon carbide and B4C-coated boron filaments. The interface microstructure and fracture behavior of the resulting composites were characterized using ion microprobe mass analysis, optical microscopy, and scanning electron microscopy. The results indicate that MgO is a viable diffusion barrier for titanium matrix composites.
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