Electron Microscopy and Microanalysis of the Fiber, Matrix and Fiber/Matrix Interface in SiC Based Ceramic Composite Material for Use in a Fusion Reactor Application

In the present study, we have demonstrated fabrication of glass-ceramics containing two oxide semiconductors, TiO2 and ZnO. It is notable that selective crystallization of these crystallites was successfully attained by examination of both the chemical composition of glass and the heat-treatment procedure. Moreover, the obtained glass-ceramics possessed transparency despite of large difference of refractive index. Our results mentioned were demonstrated by conventional heat-treatment using an electric furnace that is favourable for industrial process. As mentioned in the introduction and the last sections, crystallization of glass can take wide diversity of structure and the related physical property. The investigation of the novel property using glass-ceramics will be continued now and for the future Electron Microscopy and Microanalysis of the Fiber, Matrix and Fiber/Matrix Interface in SiC Based Ceramic Composite Material for Use in a Fusion Reactor Application Alkoxide Molecular Precursors for Nanomaterials: a One Step Strategy for Oxide Ceramics