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 …

In this work, effects of rare earth addition on mechanical properties and corrosion behavior
of GCr15 bearing steel under hot rolled, annealed, and quenched-tempered conditions were …

The microstructure and mechanical properties of rare earth (RE) elements (La, Ce) modified
GCr15 bearing steel were studied by electron backscattered diffraction measurements …

The influence of minor Ce doping on the evolution mechanisms of microstructure and
mechanical performances of EH47 grade HSLA steel for marine engineering was …

Pitting corrosion behavior of Ce treated HSLA steels induced by sulfide inclusions in 3.5
wt% NaCl solution was investigated with potentiodynamic polarization and immersion …

The distribution and morphology of inclusions in steel have an important effect on the quality
of steel. It has been proved that the oxide inclusions can be modified into small and …

The effect of rare earth Y on the microstructure and properties of high-carbon chromium
bearing steel in different heat treatment processes has been studied. The microstructure and …

The impact of rare earth treatment on the chemical morphology evolution of non-metallic
inclusions in bearing steel under different initial cleanliness conditions was studied through …

Non-metallic inclusions in steel have great influence on the continuity of the steel matrix and
the mechanical properties of steel. The precipitation sequence of Ce inclusions in molten …

An electroslag casting method is used to add rare‐earth La to M2 high‐speed steels by
adding La2O3 into the molten slag. The effects of the La content on the microstructure and …