Abstract MAX phases (Ti 3 SiC 2, Ti 3 AlC 2, V 2 AlC, Ti 4 AlN 3, etc.) are layered ternary
carbides/nitrides, which are generally processed and researched as structure ceramics …

Dense and predominantly single-phase Cr 2 AlC MAX phase coatings without columnar
structure were fabricated using an easy combined arc/sputtering deposition method followed …

Cr 2 AlC ceramic, an exceptional MAX phase, has been the subject of intensive investigation
in this study to elucidate its ultra-fast thermal shock mechanisms. In this investigation, the …

In this work, MoAlB samples for plasma exposure test were condensed by spark plasma
sintering at 1200° C for 10 min. Ablation resistance of MoAlB ceramic was investigated in a …

In this study, the ablation behaviors of high-purity and dense Ti 2 AlC ceramics were
investigated using a nitrogen plasma flame at 1600° C. The macromorphology …

In this work, the rapid thermal shock behavior of Ti2AlC ceramics was studied using
induction heating. The present evaluation method possesses the merits of very rapid heating …

In this work, ultrafast thermal shock of Ti3AlC2 ceramic was evaluated in water and air by
utilizing the induction heating method. First, the annealed samples were heated to the set …

In this work, the ablation behaviors of Ti 3 AlC 2 ceramics were investigated in a nitrogen
plasma flame at various temperatures. The ablation mechanisms were determined by …

Present work showed that Ti 3 SiC 2 ceramic has good ablation resistance at 1600° C. The
mass ablation rate and linear ablation rate after exposure to plasma flame for 120 s are …

To evaluate the reliability of (Ti, W) 3 AlC 2 in aerospace ablation conditions, the ablation
behavior of (Ti, W) 3 AlC 2 ceramic is investigated by using oxyacetylene flame above 2550 …