Data from report on "Nanocluster formation in oxide particle reinforced steels by internal oxidation after ultrasonic atomization"

Research Dataset for the Final Report onDFG reference number: HE 1872/41-1, KA 4631/2-1Project number: 462420328Project title: Nanocluster formation in oxide particle reinforced steels by internal oxidation after ultrasonic atomization Elemental Y processing route: ODS_Y Condition: Cast Rods:ODS_Y_CAST Rod_Top: SEM-BSE micrographs taken from the top of the Cast rod ODS_Y_CAST Rod_Bottom: SEM-BSE micrographs taken from the bottom of the Cast rod Condition: As atomizedODS_Y_AA_top view: SEM-BSE top view micrographs of the AA powder sprinkled on a conductive C tapeODS_Y_AA_crosssection view: SEM-BSE micrographs of the AA powder embedded in resinODS_Y_AA_crosssection view_High Magnification: SEM-BSE micrographs of the AA powder embedded in resin (higher magnification) ODS_Y_CAST_EDX_Field of View: SEM-EDX micrographs showing field of view corresponding to the elemental maps of Y, Ti, O, Fe and Cr for one of the Cast rodsODS_Y_CAST_EDX_Y: SEM-EDX maps of YODS_Y_CAST_EDX_Ti: SEM-EDX maps of Ti ODS_Y_CAST_EDX_O: SEM-EDX maps of OODS_Y_CAST_EDX_Fe: SEM-EDX maps of FeODS_Y_CAST_EDX_Cr: SEM-EDX maps of Cr ODS_Y_CAST_EBSD_kikuchi bands : Kikuchi bands obtained by EBSD corresponding to the intermetallic phase in the cast conditionODS_Y_CAST_EBSD_kikuchi band solutions: solution of the Kikuchi bands ODS_Y_AA_APT_Tip 1.RHIT: Atom probe tomography (APT) Raw RHIT file corresponding to tip 1ODS_Y_AA_APT_Tip 1.STR: Atom probe tomography (APT) Raw STR file corresponding to tip 1ODS_Y_AA_APT_Tip 1_oxide_1D_Profile: 1D compositional profile across a cylindrical region of interest spanning the matrix–oxide interfaceODS_Y_AA_APT_Tip 1_nitride_1D_Profile: 1D compositional profile across a cylindrical region of interest spanning the matrix–nitride interface ODS_Y_AA_APT_Tip 2.RHIT: Atom probe tomography (APT) Raw RHIT file corresponding to tip 2ODS_Y_AA_APT_Tip 2.STR: Atom probe tomography (APT) Raw STR file corresponding to tip 2ODS_Y_AA_APT_Tip 2_Intermetallic_1D_Profile: 1D compositional profile across a cylindrical region of interest spanning the matrix–intermetallic interface ODS_Y_AA_TEM BF micrograph: Transmission electron microscope (TEM) bright field micrograph ODS_Y_AA_TEM SA diffraction pattern: TEM diffraction pattern obtained from a selected area containing the intermetallic phase Condition: Heat treatedODS_Y_HT_top view: SEM-BSE top view micrographs of the HT powder sprinkled on a conductive C tapeODS_Y_HT_crosssection view: SEM-BSE micrographs of the HT powder embedded in resinODS_Y_HT_crosssection view_high magnification: SEM-BSE micrographs of the HT powder embedded in resin (higher magnification) ODS_Y_HT_APT_Tip 1.RHIT: Atom probe tomography (APT) Raw RHIT file corresponding to tip 1ODS_Y_HT_APT_Tip 1.STR: Atom probe tomography (APT) Raw STR file corresponding to tip 1ODS_Y_HT_APT_Tip 1_oxide_1D_Prof: 1D compositional profile across a cylindrical region of interest spanning the matrix–oxide interface Condition: Field assisted sintered (FAST)ODS_Y_FAST_01: SEM-BSE micrographs taken from the top of the FAST rod - Region 1ODS_Y_FAST_02: SEM-BSE micrographs taken from the top of the FAST rod - Region 2 ODS_Y_Leftover material: SEM-BSE micrographs taken from leftover material after atomization Fe2Y master alloy processing route: ODS_Fe2Y ODS_Fe2Y_CAST Rod_Top: SEM-BSE micrographs taken from the top of the Cast rod ODS_Fe2Y_CAST Rod_Bottom: SEM-BSE micrographs taken from the bottom of the Cast rod ODS_Fe2Y_AA_top view: SEM-BSE top view micrographs of the AA powder sprinkled on a conductive C tapeODS_Fe2Y_AA_crosssection view: SEM-BSE micrographs of the AA powder embedded in resinODS_Fe2Y_AA_crosssection view_High Magnification: SEM-BSE micrographs of the AA powder embedded in resin (higher magnification)