Ceramic materials having melting points higher than 3000° C and suitable for structural
applications at above 2000° C are commonly known as Ultra-High Temperature Ceramics …

Boron carbide is a strategic material, finding applications in nuclear industry, armour for
personnel and vehicle safety, rocket propellant, etc. Its high hardness makes it suitable for …

Boron carbide-alumina (B 4 C–Al 2 O 3) composite ceramics were fabricated using boron
carbide (B 4 C) as the matrix and alumina (Al 2 O 3) as the second phase by hot-press …

Inorganic ceramic membrane has the advantages of excellent thermal stability, mechanical
strength, chemical resistance and fouling resistance. And it has been widely studied and …

Boron carbide (B4C) ceramics has many outstanding performance, such as extremely high
hardness, low density, high melting point, high elastic modulus, high thermoelectromotive …

Tough and hard ultrafine-grained B 4 C-cBN composites were firstly fabricated by high-
pressure sintering mixed B 4 C and cBN nanopowders at 6 GPa and 1700° C. The phase …

B4C–SiC composite ceramics are a very promising alternative to pure B4C ceramics and
pure SiC ceramics. B4C–SiC composite ceramics exhibit a combination of the desirable …

Due to its favorable physical, mechanical and chemical properties, boron carbide (B 4 C) is
one of the most important ceramics used in various industries. After diamond and boron …

In this paper, the effect of TiO 2 nanoparticles on the sintering ability and physical and
mechanical properties of B 4 C has been investigated. To make the B 4 C–TiO 2 composite …

B4C ceramics are widely used as structural materials in the field of engineering. B4C
ceramics are difficult to sinter; therefore, various sintering additives are added to B4C …