The 3C–SiC powder or the 3C–SiC/multilayer graphene composite powder was synthesized
after 3 h carbothermal reduction reaction in flowing Ar at 1673 K using expanded graphite …

Coatings with composition close to Ti 3 SiC 2 were obtained on SiC substrates from Ti and
Si powders with the molten NaCl method. In this work, the growth of coatings by reaction in …

The microstructure and properties of Al 2 O 3–SiC–C castables with spherical asphalt, high-
content carbon-containing calcium aluminate cement (HCCAC), and carbon …

Graphite matrix/copper composites have found significant potential uses in numerous areas.
Until now, a high ambient gas pressure has to be applied to overcome the non-wettability …

In this work, different carbon sources, such as nano-sized carbon black (CB), carbon
nanotubes (CNT), carbon fibers (CF) and graphene (GR), were reacted with titanium micro …

Although carbon‐based nanomaterials, such as carbon nanotubes, graphene, and carbon
dots, have attracted much attention for bone tissue regeneration and engineering due to the …

Continuous tungsten carbide (WC) coatings were prepared on graphite flakes (G f) by
molten salt synthesis (MSS) technique using NaCl and KCl as reaction medium. The effect of …

The performance of alumina-carbon castables containing graphite flakes coated by
nanosized Ca-doped γ-Al 2 O 3 phases has been investigated in terms of refractoriness …

High performance carbon containing castables have always been pursued by researchers
and steelmaking producers, unfortunately, poor water‐wettability of graphite flakes was …

Immersion corrosion tests of TiC 0.8, TiC, TiC–20 vol% SiC, TiC–40 vol% SiC and SiC have
been performed in molten FLiNaK salt at 800° C for 25–200 h under argon cover gas. All of …