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The acoustic emission (AE) and fractoluminescence (FL) techniques were   applied to study the impact damage in sintered powders of SiO2, SiC and Al2O3   and their single crystal counterparts. The measured AE intensities and FL   amplitudes are proportional to the energy release in events of microcrack   nucleation and chemical bond breakage, respectively. In crystals, the AE   method showed the random energy release in crystals, and the scaling energy   distributions in powders. The FL method evidenced the self-similar energy   distributions in α-SiO2 and α-SiC due to nanostructural heterogeneity   inherent even to homogeneous solids, while luminescence from α-Al2O3 was   specific for the random process

science of sintering/science of sintering

Impact-induced damage accumulation at micro- and nanostructural scale levels in sintered powders SiO2, SiC, and Al2O3 and in their single crystal counterparts