ZrB2 powders with different particle size or different morphologies have been synthesized by
boro/carbothermal reduction (BCTR) method using ZrO2, B4C and graphite or carbon black …

A high-efficiency method is developed to in-situ synthesize nanocrystalline TiC powders,
nanorods, and nanosheets by using equimolar ratio of Ti powder and acetylene black …

The ZrB2 powders with submicrometric particle size and low oxygen content were
synthesized by a new borothermal reduction route using ZrO2 and excess boron as raw …

Formation of ZrB 2 by volume combustion synthesis (VCS) and mechanochemical process
(MCP) from ZrO 2–Mg–B 2 O 3 was studied. Production of ZrB 2 by VCS in air occurred with …

Zirconium-based ceramics and composites such as ZrC, ZrB2, ZrC–SiC, ZrB2–SiC–ZrC, and
ZrB2–SiC–ZrC–ZrSi were synthesized in fine powder form via combustion synthesis (CS) …

ZrB2 is of particular interest among ultra-high temperature ceramics because it exhibits
excellent thermal resistance at high temperature, as well as chemical stability, high …

Abstract Effect of in-situ-formed TaB 2 additives on ZrB 2 powders synthesized by
borothermal reduction of ZrO 2 with boron together with a small amount of Ta 2 O 5, and …

ZrB2/ZrC ceramic powders were fabricated by mechanical alloying (MA) of zirconium (Zr),
amorphous boron (B) and graphite (C) powder blends prepared in the mole ratios of Zr/B/C …

Modeling the self-sustained high-temperature synthesis (SHS) reaction via thermal dilution
and transformation of the reaction heterogeneous media into a moderate exothermic one …

Our previous works on the synthesis of intermetallics by Self-propagating High-temperature
Synthesis revealed strong dependence of microstructure of the products on heating rate. In …