After a brief presentation of thermodynamics and kinetics of non-reactive wetting, the recent
results and theoretical developments concerning the reactive wetting of solids by liquid …

Abstract The Cu-Ni system is a typical dissolutive system due to its mutual dissolution across
a wide range of temperatures and compositions. We characterized the effects of Ni …

It is still one of the great challenges to fully understand the coupling of reactive infiltration
kinetics and wetting mechanism in the pressureless infiltration processes. We studied the …

The study observed the dynamic wetting behavior of molten Al on C-plane α-Al 2 O 3 and R-
plane α-Al 2 O 3 substrates during heating under both 0 T and 6 T high magnetic fields …

The fundamental issues of equilibrium and non-equilibrium (dissolutive) wetting and
spreading in the liquid Ag/solid Cu system are studied by the dispensed drop technique. To …

Wetting of Si single crystals by pure copper has been studied using the dispensed drop
technique under high vacuum at 1100° C. At this temperature copper dissolved large …

The capillary properties (wetting, infiltration) of the reactive Si/porous graphite system are
studied by the sessile drop technique that enables the spreading and infiltration dynamics to …

Slag corrosion is one of the main factors of the damage of refractory, and its primary
manifestations involve the melting of refractory in slag and the slag penetration into …

Reactive melt infiltration is a fast and economical fabrication process for high performance
C/C-SiC composite. In order to help understanding reactive melt infiltration production of C/C …

The wetting dynamics of silicon carbide forming AlSi alloys on carbon substrates is studied
by the dispensed drop technique in high vacuum by varying the parameters: alloy …