Add to ORKGThe corrosion of refractory alumina-graphite and alumina-graphite-zirconia in the slag containing titania was studied by immersion tests (quasi-static and dynamic tests). Combining direct observation with microscopic investigations, a mechanism for corrosion was proposed based on the oxidation of graphite and the dissolution of refractory components. During the corrosion process, there are some special phenomena and laws that can be explained by the relation between the corrosion rate and the TiO2 mass percent, the rotational refractory velocity and the morphology of the deteriorated layer
The corrosion behavior of magnesia-carbon (MgO-C) refractories used in slag lines of secondary steel...
The corrosion behaviour of a pitch-bonded magnesia-carbon refractory by an Al2O3 rich (similar to 15...
Titania slag is a high quality raw material containing titanium in the subsequent process of titaniu...
Interactions between smelting reduction slags containing titania (0.2-20 wt-%TiO2) and MgO-C refract...
Zirconia is usually utilised in Submerged Entry Nozzle (SEN) in the slag contact zone, because of it...
The corrosion resistance of the Al2O3-C based refractories in melts containing titania has been stud...
All refractories show enhanced corrosion near the slag/metal interface due to Marangoni and convecti...
The corrosion behavior of three sorts of refractories based on alumina-graphite were studied by imme...
Slag attack is a major mechanism of failure for certain carbon bonded refractories. Static as well a...
The high temperature dip technique has been used to investigate the corrosion of MgO refractory in S...
The high temperature dip technique has been used to investigate the corrosion of MgO refractory in S...
In this paper, the corrosion mechanism of commercial alumina-spinel refractory was investigated at 1...
The corrosion behaviour of magnesia-chromite refractory by an alumina-rich (15-20 wt.%) stainless st...
In this work the corrosion behaviors of zirconia refractory (partially MgO-stabilized zirconia) was ...
The effect of an applied voltage on the dissolution rate of MgO refractory in two steelmaking type s...
The corrosion behavior of magnesia-carbon (MgO-C) refractories used in slag lines of secondary steel...
The corrosion behaviour of a pitch-bonded magnesia-carbon refractory by an Al2O3 rich (similar to 15...
Titania slag is a high quality raw material containing titanium in the subsequent process of titaniu...
Interactions between smelting reduction slags containing titania (0.2-20 wt-%TiO2) and MgO-C refract...
Zirconia is usually utilised in Submerged Entry Nozzle (SEN) in the slag contact zone, because of it...
The corrosion resistance of the Al2O3-C based refractories in melts containing titania has been stud...
All refractories show enhanced corrosion near the slag/metal interface due to Marangoni and convecti...
The corrosion behavior of three sorts of refractories based on alumina-graphite were studied by imme...
Slag attack is a major mechanism of failure for certain carbon bonded refractories. Static as well a...
The high temperature dip technique has been used to investigate the corrosion of MgO refractory in S...
The high temperature dip technique has been used to investigate the corrosion of MgO refractory in S...
In this paper, the corrosion mechanism of commercial alumina-spinel refractory was investigated at 1...
The corrosion behaviour of magnesia-chromite refractory by an alumina-rich (15-20 wt.%) stainless st...
In this work the corrosion behaviors of zirconia refractory (partially MgO-stabilized zirconia) was ...
The effect of an applied voltage on the dissolution rate of MgO refractory in two steelmaking type s...
The corrosion behavior of magnesia-carbon (MgO-C) refractories used in slag lines of secondary steel...
The corrosion behaviour of a pitch-bonded magnesia-carbon refractory by an Al2O3 rich (similar to 15...
Titania slag is a high quality raw material containing titanium in the subsequent process of titaniu...