Nonmetallic inclusions are well known to influence product quality and process stability in
the production of steel. A process step that is very sensitive to the presence of nonmetallic …

In this study, the distinctive sintering performance of 100% limonitic laterite was investigated
through sinter pot tests, industrial data comparison, theoretical analysis and mineralogy …

This study investigated the wetting, spreading, and infiltration behavior of the two slags (high-
silicon slag and the high-calcium slag) on the two high-chrome refractories (with and without …

This article aims to investigate the corrosion resistance of novel fly ash–based forsterite–
spinel (Mg2SiO4-MgAl2O4) refractory ceramics to various corrosive media in comparison …

The interaction between molten iron and refractory is of great significance to understand the
damage of refractory in steelmaking processes. In this work, the interactions between the …

The objective of this study was to investigate the interaction properties between Ca/Na-rich
slags with varying alkalinity and two types of high-chrome refractories (phosphate-added …

The addition of rare earth oxides has a significant impact on the improvement of thermal
properties of refractory materials. Magnesia refractory with La 2 Ce 2 O 7 was prepared by …

The apparent contact angles between the molten steel with different [Al] contents (w [Al])
from 0.002% to 0.831%(mass fraction) and the microporous MgO (MM) substrates are …

Analyzing the wetting behavior between carbon brick and molten iron in a blast furnace is
crucial for understanding prolonging the furnace's lifespan. This study investigates the …

In order to achieve the effective utilization of limonitic nickel laterite for stainless steel
production at lower cost, the distinct difference in high-temperature characteristics between …