Abstract
The oxidation of ZrB 2–SiC and ZrB 2–SiC–ZrSi 2 ceramics of different composition has been studied experimentally at 1500 °C in pure oxygen for up to 50 h. ZrB 2–SiC–ZrSi 2 ceramics proved to be the most oxidation-resistant at ZrSi 2 contents of less then 4 wt%. These ceramics were more oxidation-resistant than ZrB 2–SiC ceramics. An analytical model of growth kinetics for a multilayered scale based on an oxidation–diffusion balance was developed and tested.
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