Fully dense high-entropy carbide (HEC) ceramic has been prepared from a mixture of the
group IV and V transition metal oxides by a two-step technique, which involved the vacuum …

Abstract (Zr1/3Nb1/3Ti1/3) C metal carbide solid‐solution ceramic has been successfully
fabricated by hot pressing sintering at 2473 K using ZrC, NbC, and TiC powders as raw …

Abstract Nanoscale Ta 4 HfC 5 ceramics were synthesized from curing and pyrolysis of
novel polymer precursors which were synthesized by cohydrolysis and polycondensation of …

Tantalum hafnium carbide (Ta4HfC5) powders were synthesized by solvothermal treatment
and carbothermal reduction reactions from an inorganic hybrid. Tantalum pentachloride …

The need to improve the extremely high melting temperature materials used in hypersonic
applications, has led to the search for ultra-high temperature ceramics (UHTCs) such as TaC …

Abstract Herein, Ta–Hf–C solid solution ceramics were consolidated from nano‐scale Ta–Hf–
C solid solution powders for the first time. Four different compositions (4TaC–1HfC, 1TaC …

Temperature above 2000° C and additional pressure is generally required to achieve the full
densification of TaxHf1− xC‐based ceramics. This work proposed a novel method to …

Binderless tungsten carbide materials (bWCs) were fabricated by the spark plasma sintering
(SPS) system. Ultrafine WC powders with adjusted oxygen contents and C/W atomic ratios …

Powders of nanocrystalline carbide Ta 4 HfC 5 were produced by the sol–gel synthesis of a
finely divided Ta 2 O 5–HfO 2–C composite powder (with tantalum pentaamyloxide and …

Hafnium carbide (HfC) along with sintering aids was consolidated at a relatively lower
temperature ie 1600° C (ie T=~ 0.41 T m) under a uniaxial load of 50 MPa by spark plasma …