Add to ORKGInclusions in an Al-killed steel were extensively observed through optical microscope and SEM. Partial acid extraction was used to reveal the 3-dimensional morphology of inclusions. Different precipitated phases inside inclusions were analyzed. During the partial acid extraction, only the Fe-matrix reacted with the acid, and A1203-based inclusions did not react with the acid. The main inclusions in the current Al-killed steel were mainly 5-200im A1203-based inclusions with different morphologies. The current work indicated that partial acid extraction is an efficient method to study the real 3-dimensional morphology and composition of inclusions in steel
The degree of supersaturation is a factor that influences the Al₂O₃ inclusion characteristics in ste...
Morphology of nonmetallic inclusions depends on their crystallographic structure, the growth conditi...
Non-metallic inclusions are a major issue during the production of high performance steels, as they ...
Research on non-metallic inclusions is of critical importance, as they have a significant influence ...
The amount, distribution, size and chemical composition of non-metallic inclusions have a direct inf...
Investigation of non metallic inclusions in two different steels from Sandvik was made before and af...
One of the main steel plant's problems has been the occurrence of inclusions throughout the process ...
The cleanliness of high strength low alloy (HSLA) steel was assessed qualitatively and quantitativel...
Heats of medium carbon aluminium killed, low carbon silicon-aluminium killed, and low carbon alumini...
The characterization of nonmetallic inclusions is of importance for the production of clean steel in...
The endogenous and exogenous non-metallic inclusions, which are normally present in steel, affect it...
To study the effect of Al2O3 inclusions on pitting corrosion in steel, our researchers utilized indu...
The secondary-phase particles in metals, particularly those composed of non-metallic materials, are ...
Non-metallic inclusions in liquid steel are mainly formed during killing. As far as these particles ...
It is necessary to investigate the solution chemistry of the nonmetallic elements in iron to underst...
The degree of supersaturation is a factor that influences the Al₂O₃ inclusion characteristics in ste...
Morphology of nonmetallic inclusions depends on their crystallographic structure, the growth conditi...
Non-metallic inclusions are a major issue during the production of high performance steels, as they ...
Research on non-metallic inclusions is of critical importance, as they have a significant influence ...
The amount, distribution, size and chemical composition of non-metallic inclusions have a direct inf...
Investigation of non metallic inclusions in two different steels from Sandvik was made before and af...
One of the main steel plant's problems has been the occurrence of inclusions throughout the process ...
The cleanliness of high strength low alloy (HSLA) steel was assessed qualitatively and quantitativel...
Heats of medium carbon aluminium killed, low carbon silicon-aluminium killed, and low carbon alumini...
The characterization of nonmetallic inclusions is of importance for the production of clean steel in...
The endogenous and exogenous non-metallic inclusions, which are normally present in steel, affect it...
To study the effect of Al2O3 inclusions on pitting corrosion in steel, our researchers utilized indu...
The secondary-phase particles in metals, particularly those composed of non-metallic materials, are ...
Non-metallic inclusions in liquid steel are mainly formed during killing. As far as these particles ...
It is necessary to investigate the solution chemistry of the nonmetallic elements in iron to underst...
The degree of supersaturation is a factor that influences the Al₂O₃ inclusion characteristics in ste...
Morphology of nonmetallic inclusions depends on their crystallographic structure, the growth conditi...
Non-metallic inclusions are a major issue during the production of high performance steels, as they ...