Rare earth (RE) elements are excellent modifiers for non-metallic inclusions that inevitably
appear in steel and affect steel properties. This paper reviews the research status of …

Steel casing pipes used in the construction of deep oil wells usually require both high
strength and corrosion-resistant behavior. Due to the exploration of deep H2S-bearing oil …

In this study, five sets of MgO-based ceramic filters were prepared using porous MgO
powder and α-Al 2 O 3 micro-powder as raw materials. The effect of α-Al 2 O 3 content on …

The microstructure and inclusions in the heat-affected zone (HAZ) of steel with two different
contents of rare earth (RE) lanthanum (La) were investigated. The results indicated that …

The effect of Ti and La complex treatment on the formation and evolution of inclusions in
high‐Al transformation‐induced plasticity steel is investigated by laboratory experiments and …

To reveal the mechanism of ferrite nucleation induced by Y2O2S inclusion in steel, the work
of adhesion, interfacial energy, structure stability and electronic properties of Fe …

Through the comparison of the inclusions in steels treated by Ti, Ti–La, and Ti–La–Mg, such
as morphology, composition, size, and number density of inclusions, the formation process …

The influence of Al content (0.0053, 0.0171, and 0.0578 wt.%) on the modification behavior
of non-metallic inclusions in 20CrMoVTiB steel treated with rare earth elements was studied …

Herein, both the characteristics of inclusions and the effect of Ti–La–Mg content on the
formation of inclusions in Ti–La–Mg treated steels were studied. It was found that the first …

Regular TiN is harmful to the toughness of steel, and its shape and size need to be
controlled. Understanding the behavior of TiN precipitation on CeAlO3 surfaces is critical for …