Since a nanometer-thick carbide layer will be indispensably produced on diamond to ensure
wettability with metallic parts, the interfacial properties of diamond/carbide directly affect the …

A low-temperature brazing method of diamond and Cu was proposed by using composite
filler of Au-Si eutectic+ NiTi particle. Prior to joining, diamond surface was modified by an …

Due to the exceptional physical properties of diamonds, they have found extensive utility in
mechanical processing and wear resistance. Brazing technology facilitates the chemical and …

Joining diamond and metal is vital to expand their application scope in electronic and
military industries. A metallic carbide layer will be inevitably introduced on diamond to …

The development of high-power and small-sized electronic components requires the
emergence of heat management materials with high heat flux. Hence, Ti-containing filler …

Carbon fiber reinforced aluminum matrix composites (C f/Al) are widely used in various
industries. But they are difficult to join because it is hard to realize the wetting and continuity …

Additive manufacturing enables structural-functional integration of metal matrix diamond
composites, while the poor formability and thermal damage to diamond under high …

C/C composites possess both lightweight and high-strength properties, and joining them
with superalloys can reduce the mass of the joints and construct ultra-high heat flux …

For brazed tools, diamond is an optimal abrasive to process the hard and brittle materials,
and the interface reaction between it and the filler alloy determines the performance of the …

Nisingle bondCr alloy is one of the important filler for brazed diamond tools because of its
high hardness, high wear resistance and good wettability to diamond. However, the high …