The influence of MgO content in slag on wetting and corrosion behavior between slag and
MgO–C refractory was investigated. It can be known from the high-temperature wetting …

The initial wetting phenomena of MgO–SiO2 slag on MgO–C refractories were studied using
the dispensed drop technique at 1873 K. As the carbon content increased, the apparent …

The stringent service environment of refractory, which is composed of complex photo-
thermal radiation, limits the evaluation of its corrosion process and corrosion mechanism …

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 …

Abstract Recycling Si from Si sawing waste is a good approach aiming at meeting the
rapidly increasing demand for Si, and the separation of Si and SiC particles plays a key role …

The removal of SiC restricts the recycling of silicon from wire sawing waste. Although the
silicon in sawing waste can be easily enriched to around 90 wt%, it is difficult to further …

The impact and reaction mechanisms of vanadium–titanium slag on the corrosion of MgO–C
refractories are focal points of this research. The effects of slag elements and ZrB 2 additive …

Wetting and spreading phenomena between SiO 2 single crystal and CaO–SiO 2 slags with
difference composition; SiO 2 saturated and non-saturated slags at 1600 C were …

In this paper, the wetting and corrosion behavior between medium and low carbon mold flux
and Al2O3‐ZrO2‐C nozzle refractory were studied through a high‐temperature wetting …

Physical and chemical wetting behavior between CaO-SiO2-Al2O3-MgO slag and MgO-C
refractory was studied with varying slag composition by using dispensed drop technique and …