MAX phases are a large family of materials with more than 150 different compositions that
have been extensively investigated during the last 25 years. They present a layered …

Abstract A novel Y3Si2C2 material was synthesized at a relatively low temperature (900° C)
using a molten salt method for the first time, and subsequently used as the joining material …

SiC ceramics were brazed by electric field-assisted sintering technology using
CoFeCrNiCuTi high-entropy alloy as joining filler. The effect on the interface microstructure …

Electric field-assisted sintering technology (FAST) was used to join SiC ceramic by using a
CoFeCrNiCu high-entropy alloy filler. A thin Ti film was deposited on SiC surface by physical …

High‐strength SiC joints were successfully obtained by electric current field‐assisted
sintering technique at a low temperature of 1400° C using a Pr coating (100 nm) as the initial …

A new design of seamless joining was proposed to join SiC using electric field-assisted
sintering technology. A 500 nm Y coating on SiC was used as the initial joining filler to …

To investigate the reaction mechanism of Ni/SiC system, 0.1 μm-thick pure nickel foil is used
to join SiC ceramic at 1245° C for different times. Interfacial melting is calculated to occur at …

A new multi-layered design of joining filler, consisting of a Ti 3 SiC 2 layer and an in-situ
reaction TiC transition layer, was proposed to join monolithic SiC. The robust TiC transition …

By using nano-infiltration and transient eutectic (NITE) phase with nanosized SiC and the
addition of CeO 2–Al 2 O 3 as joining material, liquid-phase-sintered SiC ceramics were …

Monolithic SiC, for the first time, was seamless joined at a low temperature of 1200° C using
electric field-assisted sintering technology. A 300 nm Yb coating on SiC was used as the …