The kinetic factors of the liquid–solid interface formation process are extremely useful in the
design of composite preparation methods and the manufacture of comprehensive …

Introducing actives into brazing alloys is a common way to improve their wettability. Typical
interfacial behaviors of added actives involve adsorbing at the liquid/solid interface and …

Abstract Reliable SiC/Sn-Ti/SiC joints were obtained by brazing (950° C/10 min) and
soldering (250° C/2 min) following premetallization depend on the wettability of Sn-Ti on …

The use of ultra-high temperature ceramics (UHTCs) requires effective methods to overcome
the problems associated with manufacturing parts with complex shapes. In this study, a …

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 …

Poor machinability and limited electrical conductivity present significant challenges for
silicon carbide (SiC) composites used in the semiconductor industry. In this study, Ti-Si/SiC …

Generally, a good wettability of brazing alloys on ceramic is one of the key factors for
obtaining reliable joints. Knowing the wettability of brazing alloys on substrate is essentially …

In this study, C-plane (0001) sapphire was successfully brazed to titanium using AuSn20
filler metal, following metallization on the surface of the sapphire with Sn-3Ti (wt.%). At …

In this work, the initial stage of Ti–SiC reaction in the Cu melts has been verified. It is proved
that there are two alternative Ti–SiC reaction path ways which will make SiC firstly transform …

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 …