Kinetics of air oxidation of MgO–C–Al refractory at 600°–1300° C were investigated using
the software based on the modified shrinking core model (KDA). Commercial bricks …

Decarbonization of resin‐bonded magnesia‐graphite refractories, as one of the most
important parameters for brick lining performance in service, has been studied kinetically in …

Four formulations of magnesia‐graphite‐aluminum metal (antioxidant) bricks were prepared
from the same raw materials, using the standard commercial practices. Chemical analysis …

Post-mortem studies in secondary steelmaking ladles are an important way to determine the
factors related to Alumina-Magnesia-Carbon (AMC) refractory corrosion. AMC refractory …

Oxidation of MgO–C refractories containing 20 wt-% graphite was conducted by measuring
the weight loss at regular intervals at various temperatures from 800 to 1600° C in air. The …

Antioxidants improve the performance of magnesiagraphite materials. The main properties
of magnesiagraphite-antioxidants refractories: oxidation and corrosion resistance and high …

Despite the excellent thermochemical properties of magnesia carbon bricks, these exhibit
one weak characteristic during their use: their carbothermally induced wear. Carbon has a …

Magnesia–carbon bricks collected from steel plants kept in open atmosphere were found to
crack and disintegrate on prolonged exposure. To understand the mechanism of this …

用感应炉浸渍试验法(熔池温度1650℃ 左右, 侵蚀时间20min) 研究了V2O5 含量分别为0,
1.34%, 2.0%, 3.15% 的钢渣对镁碳砖的侵蚀. 结果表明: 由于V2O5 降低了渣的熔化温度与粘度 …

Progressive conversion/shrinking core (PC-SC) models of constant-size cylinders were
exploited to interpret the decarburization reactions of MgO-C-Si bricks heated up under …