2026-10-13T08:16:25Zhttps://www.radar-service.eu/oai/OAIHandler

10.35097/vaagh6pu00hqunu72026-10-09T10:50:02Zradar4kit

https://dx.doi.org/10.35097/vaagh6pu00hqunu7 Hinrichs, Frauke Winkens, Georg Kramer, Lena Katharina Falcão, Gabriely Hahn, Ewa M. Schliephake, Daniel Eusterholz, Michael Konrad Sen, Sandipan Galetz, Mathias Christian Inui, Haruyuki Kauffmann, Alexander Heilmaier, Martin Data from "A ductile chromium-molybdenum alloy resistant to high temperature oxidation" Karlsruhe Institute of Technology 2025 Materials Science dataset Dataset info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by-sa/4.0/legalcode This dataset contains the relevant data of the submission "A ductile chromium-molybdenum alloy resistant to high temperature oxidation". All files highlighted by "MC" denote data on Cr-37.2Mo and "MSC" on Cr-36.1Mo-3Si (both alloy compositions given in at.%). Fig1 = Scanning electron grayscale micrographs using backscattered electron contrast as *.tif images Fig2a = Area-specific mass changes (average and uncertainty in mg/cm²) as a function of oxidation time (in h); "800C" denotes 800°C and "1100C" denotes 1100°C; the dataset highlighted by "single_sample" is not averaged but determined on a single specimen Fig2b = Engineering stress-strain curves (in MPa and 1, respectively) for room temperature (= "RT") and 900°C (= "900C") Fig2c = 1% offset yield strength (in MPa) as a function of testing temperature (in °C) Fig2d = True work hardening (in MPa) as a function of true stress (in MPa) for room temperature (= "RT") and 900°C (= "900C") Fig3a and b = Energy-dispersive X-ray spectroscopy maps as fully annotated comma-separated matrix file; the characteristic lines a highlights in the file name "CrK" = Cr-K, "MoL" = Mo-L, "SiK" = Si-K, "OK" = O-K Fig3c = Atom probe tomography data in the form of Cameca proprietary data file format Fig4 = Electron backscatter diffraction maps as fully annotated *.ang file FigE1 = X-ray diffraction patterns of the as cast condition as background-subtracted intensity (in 1) as a function of 2Theta diffraction angle (in °) FigE3 = Engineering stress-strain curves (in MPa and 1, respectively) for room temperature FigE4 = X-ray diffraction patterns of the oxidized material (100 h at 800°C = "800C" and 1100°C = "1100C") as background-subtracted intensity (in 1) as a function of 2Theta diffraction angle (in °) FigE5 = Energy-dispersive X-ray spectroscopy maps as fully annotated comma-separated matrix file; the characteristic lines a highlights in the file name "CrK" = Cr-K, "MoL" = Mo-L, "OK" = O-K FigE6 = Time-dependent (in h) scale thicknesses determined form scanning electron micrographs of oxide scales (in µm) FigE7 = Electron backscatter diffraction maps as fully annotated *.ang file 2024-032-032014 APT FIB https://publikationen.bibliothek.kit.edu/1000183295 application/x-tar