Different formation mechanisms of {210}<001> orientation in η fiber texture of ultra-thin grain-oriented silicon steel using quasi-in-situ analysis method

Zhaoyue Liu, Xianhui Wang, Ping Yang, Jiaji Ma

2022Materials Chemistry and Physics10 citationsDOI

Topics & Concepts

Materials scienceNucleationElectrical steelSiliconRecrystallization (geology)Annealing (glass)Grain boundaryGrain sizeCrystallographyIn situDeformation bandsComposite materialMetallurgyMicrostructureChemistryPaleontologyBiologyOrganic chemistryMagnetic Properties and ApplicationsMicrostructure and Mechanical Properties of SteelsMicrostructure and mechanical properties

Different formation mechanisms of {210}&lt;001&gt; orientation in η fiber texture of ultra-thin grain-oriented silicon steel using quasi-in-situ analysis method

Topics & Concepts

Different formation mechanisms of {210}<001> orientation in η fiber texture of ultra-thin grain-oriented silicon steel using quasi-in-situ analysis method