AlB12-AlB12C2-TiB2-based hard and tough composites were fabricated using ball milled B, Al, and Ti powders as the starting materials, and sintered by reactive plasma activated sintering (PAS). The mechanical properties and microstructures were investigated, and the effects of the composition and...
aluminum carboboride AlB12C2hot pressingstructuremechanical propertiesThe results are presented on the investigation of the structure and mechanical properties of hot-pressed materials based on AlB 12 C 2 powders of sizes 50–150 nm. It is shown that the consolidated materials having mechanical ...
AlB12-AlB12C2-TiB2-based hard and tough composites were fabricated using ball milled B, Al, and Ti powders as the starting materials, and sintered by reactive plasma activated sintering (PAS). The mechanical properties and microstructures were investigated, and the effects of the composition and...
It was found impossible to produce significant quantities of C4AlB24 under these conditions, but >95% pure samples of α-AlB12, AlB12C2 and Al3B48C2 were obtained. This study is a precursor to further research aimed at producing dense B4C-type materials which might offer the advantages of...
Synthesis, Sintering, Structure and Properties Of AlB12C2—Based Materialsdoi:10.1002/9781119474678.ch19aluminum boridescrystalsVickers hardnessPalmqvist fracture toughnessVickers indentermicrohardnessJohn Wiley & Sons, LtdProceedings of the 41st International Conference on Advanced Ceramics and Composites...
The results are presented on the investigation of the structure and mechanical properties of hot-pressed materials based on AlB 12 C 2 powders of sizes 50–150 nm. It is shown that the consolidated materials having mechanical properties comparable with boron carbide may be produced at essentially ...