Green and intelligent manufacturing has become the key direction of industrial production
development. In-situ measuring and sintering simulation technologies play a key role in the …

ZrB2–SiC ceramics have great application potential in thermal protection system of
hypersonic aircraft, due to their excellent oxidation resistance and mechanical properties …

This study presents new experimental data on the thermodynamic stability of SiC (O) and
SCN (O) ceramics derived from the pyrolysis of polymeric precursors: SMP‐10 …

The oxidation behavior of polymer‐derived (HfxTa1− x) C/SiC nanocomposites at 1200° C
and 1400° C for up to 100 h is investigated in this work. Overall, the chemical modification of …

Abstract Dense Cf/(ZrHfNbTaCr) B2–SiC (CBS‐Co) composite is successfully prepared at a
low temperature of 1500° C by adding 5 vol.% Co. Liquid Co accelerates the particle …

The oxidation behavior of polymer‐derived (HfₓTa₁₋ ₓ) C/SiC nanocomposites at 1200° C
and 1400° C for up to 100 h is investigated in this work. Overall, the chemical modification of …

In dieser Arbeit wurde das Oxidationsverhalten von polymerabgeleiteten keramischen
Nanokompositen (PDC-NCs) im Hinblick auf potenzielle Hochtemperaturanwendungen …

This work systematically investigates structure-stability relations in various polymer derived
ceramic (PDC) systems and metal organic frameworks (MOFs), both of which are hybrid …

Considering the importance and application of ultrahigh temperature ceramics in oxidizing
environments, in this research, the effect of ZrC content and spark plasma sintering …