Non-Metallic Inclusions in Steels

Nano Inclusions

(Mn,Cu)S, Cu2S inclusions in low carbon steel
(Nb,Ti)(C,N), CuS inclusions in HSLA and HR TRIP 800 steels
(Nb,V)(C,N) inclusion in 12% Cr steel
Al(C,N), Ti(C,N), MnS inclusions in TWIP steel
AlN in 2000 MPa grade spring steel
AlN in ultra low carbon steel
AlN nitrides in TRIP steel sheet
Aluminium rich inclusion in 0.33C-0.29Si-1.49Mn steel
Aluminium nitride in Al killed steel
Aluminium nitride in Fe-Al alloy
Behavior of alumina inclusions just after deoxidation
Bright field TEM image taken from a typical inclusion in MMA weld material
Ca inclusions in steel
Ce inclusions in H13 tool steel
Ce2S3, MnS, Ce2O3, CeO, Fe3O4 inclusions in SS400 steel
Clustered alumina inclusion in Al-killed steel
Complex Mg inclusion in steel
Cr2N and Nb(C,N) inclusions in 9Cr-1Mo steel
Cr2N in Cr-Mn steel II
Cr2N in Cr-Mn steel III
Cr2N nitrides in HAZ weld steel
Cu-sulfides in Ti-added steel
Cu2-xS nano inclusions in steel
Duplex oxide–sulfide and shell-like copper sulfide in conventional continuous casting silicon steel
EDX and PEELS analysis of Al2O3,TiO, MnS inclusions in steel
EDX and PEELS analysis of Al2O3-MnS-TiO inclusion in steel
EDX and PEELS analysis of Al2O3-TiN inclusion in steel
EDX and PEELS analysis of Al2O3-TiO inclusion in steel
EDX and PEELS analysis of Al2O3-TiO-TiN inclusion in steel
EDX and PEELS analysis of TiO inclusion in steel
EDX and PEELS analysis of TiO inclusion in steel
EDX and PEELS analysis of TiO-MnS inclusion in steel
EDX and PEELS analysis of homogeneous mixture of Al2O3-TiO inclusion in steel
Effect of Te on the formation of MnS inclusions in steel
Extraction replica of Ti2O3 inclusion with adhered MnS and TiN
FE-SEM image of the autoradiograph around Al2O3 and Cr carbide inclusions
Facets have occasionally been observed on spherical inclusions larger than the average size in LCSAK steel
Inclusion particles obtained at 1 s after the aluminum deoxidation V
Inclusions in 10G2FB low-alloy high strength steel
Inclusions in low carbon steel with Ce and As
Inclusions in weld steel for arctic I
Inclusions in weld steel for arctic II
Inclusions in weld steel for arctic III
MnAl2O4, AlN, AlON, Al2O3(-Al(O)N), Mn(S,S), Mn(S,Se) inclusions in high-manganese and aluminum-alloyed austenitic steels
MnO/TiO2/Al2O3 complex inclusion in SUS 304 stainless steel
MnO/TiO2/Al2O3/TiN complex inclusion in SUS 304 stainless steel
MnS and MnSiN2 inclusions in cold rolled 0.5% Si steel
MnS inclusions in steel with Sn and Cu III
MnS, Al2O3, MnS-Al2O3 inclusions in medium carbon steel
MnS, Cu2S, MnCr2O4 inclusions in 316F stainless steel
MnS, Mn2TiO4, MnTiO3, Ti2O3, Al2O3, MnSiO3 inclusions in Ti-killed C–Mn steel
MnS, MnO x Ti2O3, MnO x SiO2, SiO2 inclusions in steel weld
MnS, V-Ti(N), VN, V(C,N), V-Ti(C,N) inclusions in V-N, V-Ti-N steels
MnTi2O4, Ti2O3-MnTiO3, MnS inclusions in high-strength low-alloy steel weld metals
NMI in electrical steel
NMI in welded AH36 steel
NMI's in high manganese TWIP steels
Nano-scale copper sulfide particles in conventional continuous casting silicon steel
Nb(C,N) particles in TRIP steel
Nb(C,N), CuS inclusions in Nb steel
NbCN particles in 0.09%C - 0.07%Nb steel
Non-metallic inclusion in ASTM A36 steel weld
Non-metallic inclusions in Fe–10%Cu–0.5%Sn alloys
Non-metallic inclusions in boron steel
Non-metallic inclusions in multi-phase high-temperature alloys
Octahedral-like particles in steel
Oxide inclusions in HT780MPa class high strength steel
Oxide inclusions in weld steel
Plate-like sulfides in conventional continuous casting silicon steel
Preferential growth of epsilon-carbide at inclusins
Preferential precipitation of Cr2N at inclusion
SEM images of AlN + MnS inclusions in oriented electric steels
SEM micrograph of inclusions on the surface of etched steel sample
Shell-like copper sulfide with MnS core in conventional continuous casting silicon steel
Spherical inclusion in constructional steel
Spherical sulfides in conventional continuous casting silicon steel
Sulfide inclusions in X52 steel
TEM bright field image of nitride particle
TEM analysis of Al2O3 inclusion in weld metal
TEM analysis of MnAl2O4 inclusion in weld metal
TEM analysis of MnS and TiO in weld metal
TEM analysis of TiO inclusion in weld metal
TEM analysis of TiO inclusion in weld metal
TEM analysis of inclusions in weld metal
TEM examination of silicate nucleus in ductile iron
TEM image and EDS data of inclusions in Fe–11%Cr–Ti–N melt
TEM image of sulfide inclusion with the trace of acicular ferrite in steel
TEM image, selected area diffraction pattern, and EDX analysis result, taken from the interface region between the MnS and the carbide tool in Ca-added steel
TEM images of AlN + MnS inclusions in oriented electric steels
TEM images of oxide inclusions and silicon oxide covered by copper sulfide in steel
TEM micrograph of Al2O3 inclusion phase in weld metal
TEM micrograph of Mn–Si–Al inclusion phase in weld metal
TEM micrograph of galaxite inclusion phase in weld metal
TEM micrograph showing BWINGs around (Ti, Mn) based complex oxide in steel
TEM micrographs and EDX microanalysis of extraction replicas from 0.37C-0.56Si-1.45Mn steel
TEM of inclusion precipitated in high-N stainless steel solution treated at 1150 C for 1 h
The EDS spectra for plate-like sulfide in sample H10L
The FeS+CuxS+SiO2 in sample H12L
The TEM image, EDS spectrum and SAED pattern for plate-like sulfide in sample H10L
The copper sulfide coexisted with silicon oxide in sample H13L
The copper sulfide coexisted with silicon oxide in sample H13L
The fine free standing copper sulfides and their EDS spectra in sample H10L
The free standing and plate-like sulfide in sample H10L
The free standing iron sulfide in sample H13S
The iron sulfide coexisted with oxide and free standing iron sulfide in sample H8L
The iron sulfide coexisted with silicon oxide with different morphologies in sample H13L
The iron sulfide coexisted with silicon oxide with different morphologies in sample H13L
The iron sulfide coexisted with silicon oxide with different morphologies in sample H13L
The typical fine free standing and plate-like sulfides in sample H10S
Ti-oxide, TiN and MnS inclusions in low carbon steel
Ti2O3 and MnTiO3 inclusions in weld steel
Ti2S particles in API 5L X65 steel
TiN+BN, MnS+BN inclusions in structural 20-KCX steel
TiN+MnS, (NbmTi)(C,N), Al2O3+TiN inclusions in low-carbon microalloyed steel
TiN, MnS, (Ti+Mn)S, (Cu+Mn)S, TiS, Ti4C2S2 inclusions in IFHS steel
TiN, Nb(C,N), (Nb,Ti)(C,N), Ti(C,N), (Ti,Mo)(C,N) particles in low carbon steel
TiN, Ti4C2S2 inclusions in ULC steel
TiN, Ti4C2S2 particles in ultra low carbon steel
TiO2 x MnS, ZrO2 inclusions in Ti steel
TiO2, TiN, Al2O3 inclusions in TiO2 and TiN particle additions
Transmission electron micrograph and diffraction pattern of monoclinic Ti4O7 particle from melt containing 0.001 mass% Ti
Transmission electron micrograph and diffraction patterns of cubic TiO particle from melt containing 1.23 mass% Ti
Transmission electron micrograph and diffraction patterns of cubic TiO particle from melt containing 1.38 mass% Ti
Transmission electron micrograph and diffraction patterns of monoclinic gamma-Ti3O5 particle from melt containing 0.015 mass% Ti
Transmission electron micrograph and diffractionpatterns of rhombohedral Ti2O3 particle from melt containing 0.164 mass% Ti
Typical duplex oxide–sulfide inclusions and and plate-like MnS particle in conventional continuous casting silicon steel
Y2Si2O7, MnS, SiO2 inclusions in 410L stainless steel
ZrO2 -MnS -TiN inclusions in low C-Mn steel