Rare earth metals are used in semiconductors, solar cells and catalysts. This review focuses on the background of oxide metallurgy technologies, the chemical and physical properties of rare earth (RE) metals, the background of oxide metallurgy, the functions of RE metals in steelmaking, and the influences of RE metals on steel microstructures. Future prospects for RE metal applications in steelmaking are also presented
Refinement of as-cast structures is one of the most effective approaches to improve mechanical prope...
The chemistry of rare earths is fundamental to an understanding of the role of rare earths as corros...
The modification of the chemical composition of non-metallic inclusions by rare-earth elements in th...
A considerable amount of research has been done between 1950 and 1960 in the US and Canada using var...
Rare earth (RE) addition can refine and change the shape/distribution of inclusions in steel to impr...
On the basis of thermodynamic data it is predicted that rare earth elements have a very strong affin...
Rare earth metals have for some years been used as an inoculant in nonferrous foundry practice and l...
The paper presented the findings obtained by industrial research and experimental development on the...
Corrosion inhibitors are an important method for minimizing corrosion; however traditional inhibitor...
The paper describes influence of rare earth metals (REMs) on G20Mn5 cast steel microstructure and me...
During the last 50 years studies on the various aspects of the application of rare earth metals(R...
In this research Rare Earth elements (RE), La and Ce (200 ppm), were added to a low carbon cast micr...
The microstructures and impact properties of the heat affected zone (HAZ) in steel treated by rare e...
The influence of rare earth metals (REM) addition on solidification structure of the low-carbon 42Cr...
Refinement of as-cast structures is one of the most effective approaches to improve mechanical prope...
Refinement of as-cast structures is one of the most effective approaches to improve mechanical prope...
The chemistry of rare earths is fundamental to an understanding of the role of rare earths as corros...
The modification of the chemical composition of non-metallic inclusions by rare-earth elements in th...
A considerable amount of research has been done between 1950 and 1960 in the US and Canada using var...
Rare earth (RE) addition can refine and change the shape/distribution of inclusions in steel to impr...
On the basis of thermodynamic data it is predicted that rare earth elements have a very strong affin...
Rare earth metals have for some years been used as an inoculant in nonferrous foundry practice and l...
The paper presented the findings obtained by industrial research and experimental development on the...
Corrosion inhibitors are an important method for minimizing corrosion; however traditional inhibitor...
The paper describes influence of rare earth metals (REMs) on G20Mn5 cast steel microstructure and me...
During the last 50 years studies on the various aspects of the application of rare earth metals(R...
In this research Rare Earth elements (RE), La and Ce (200 ppm), were added to a low carbon cast micr...
The microstructures and impact properties of the heat affected zone (HAZ) in steel treated by rare e...
The influence of rare earth metals (REM) addition on solidification structure of the low-carbon 42Cr...
Refinement of as-cast structures is one of the most effective approaches to improve mechanical prope...
Refinement of as-cast structures is one of the most effective approaches to improve mechanical prope...
The chemistry of rare earths is fundamental to an understanding of the role of rare earths as corros...
The modification of the chemical composition of non-metallic inclusions by rare-earth elements in th...
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