2026-10-14T06:36:08Zhttps://www.radar-service.eu/oai/OAIHandler

10.35097/1jksrn62b09yhxem2026-10-09T10:50:03Zradar4kit

https://dx.doi.org/10.35097/1jksrn62b09yhxem Muench, Marcel Gholizadeh, Reza Tsuji, Nobuhiro Peterlechner, Martin Eggeler, Yolita M. Riedel, Jan L. Eusterholz, Michael K. Heilmaier, Martin Kauffmann, Alexander Data from "Assessment of the compositional requirements to form Fe-Mn-C austenite-martensite composites" Karlsruhe Institute of Technology 2025 Other Naturwissenschaften, Allgemeine dataset Dataset info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by-sa/4.0/legalcode P3 = Fe-3.0Mn-3.0C (at.%), Fe-3.0Mn-0.7C (wt.%) P7 = Fe-6.9Mn-3.2C (at.%) Fe-7.0Mn-0.7C (wt.%) Fig. 3a: Scanning electron microscopy micrograph P3 (pearlite condition, 600 °C/16 h) Fig. 3b: Scanning electron microscopy micrograph P7 (pearlite condition, 540 °C/96 h) Fig. 4a: Transmission electron microscopy micrograph, bright field P3 (pearlite condition, 600 °C/16 h) Fig. 4b: Transmission electron microscopy diffraction pattern P3 (pearlite condition, 600 °C/16 h) Fig. 4c: Transmission electron microscopy micrograph, bright field P7 (pearlite condition, 540 °C/96 h) Fig. 4d: Transmission electron microscopy diffraction pattern P7 (pearlite condition, 540 °C/96 h) Fig. 5a: Atom probe tomography data as Cameca proprietary raw files P3 (pearlite condition, 600 °C/16 h) Fig. 5b: Atom probe tomography data as Cameca proprietary raw files P7 (pearlite condition, 540 °C/96 h) Fig. 7a: Scanning electron microscopy micrograph P3 (short time austenitization and quenching, 770 °C/150 s) Fig. 7b: Scanning electron microscopy micrograph P7 (short time austenitization and quenching, 770 °C/150 s) 2025-034 03233 APT FIB https://publikationen.bibliothek.kit.edu/1000183524 application/x-tar