As two important industrial manufacturing materials, ceramics and metals have their own
advantages and disadvantages in terms of physical, chemical, and mechanical properties …

This study incorporated activated Ti nanoparticles (Ti NPs) into Sn1· 0Ag0· 5Cu (SAC105)
solder for vacuum soldering with Cu substrates. The wettability, microstructure, interfacial …

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 …

This work has successfully proposed a solution to produce robust Nb-interlayer-inserted Ti-
6Al-4V/Si 3 N 4 joints optimized for a maximum operating temperature of 873 K; transient …

Recently ultrafast laser has been used to process materials to obtain functional surface.
However, most of the existing research is focused on metals, and only a few studies …

Reducing the residual stresses and improving the mechanical strength of large‐scale
ceramic/metal brazing joints is an important problem that must be solved for its practical …

By coating active titanium, Sn0. 3Ag0. 7Cu (SAC) filler wetted SiC effectively, as the contact
angle decreased significantly from~ 145° to~ 10°. Ti3SiC2 and TiOx (x≤ 1) reaction layers …

In this work, chromium coating conducted by magnetron sputtering was introduced to braze
SiC ceramics using inactive AgCu filler metal. The results showed that reliable metallurgical …

Wetting and interfacial behavior of molten Al-(10, 20, 30, 40) at.% Ti alloys on C-terminated
4H–SiC at 1500 and 1550° C were investigated experimentally, and theoretical bonding …