Structure,Texture and Magnetic Properties of Laser-Welded Ultrathin Fe-Co-V Foils
来源期刊：Acta Metallurgica Sinica2015年第3期
论文作者：Hossein Mostaan Morteza Shamanian Seyed Mahmoud Monirvaghefi Peiman Behjati Jerzy A.Szpunar Morteza Amiri Mashallah Fathi Moghadam
文章页码：338 - 347
摘 要：This research aims to investigate the effect of pulsed Nd:YAG laser micro-welding on the microstructure,texture and magnetic properties of ultra-thin Fe-Co-7.15 wt%V magnetic alloy.Optical microscopy,scanning electron microscopy and electron backscattered diffraction techniques were used to study the microstructural evolutions.Also,vibrating sample magnetometry was used to characterize the magnetic properties.The results showed that the fractions of low Σ coincidence site lattice boundaries in the fusion zone are higher than those of the base metal.The welded samples experience a significant decrease in their magnetic properties.It was found that the formation of new fiber texture in the fusion zone and grain coarsening are the most important factors affecting the magnetic properties.
Hossein Mostaan1，Morteza Shamanian1，Seyed Mahmoud Monirvaghefi1，Peiman Behjati1，Jerzy A.Szpunar2，Morteza Amiri3，Mashallah Fathi Moghadam4
1. Department of Materials Engineering,Isfahan University of Technology2. Department of Mechanical Engineering,University of Saskatchewan3. Department of Materials Engineering,Yazd University4. Department of Materials Science and Engineering,Sharif University of Technology
摘 要：This research aims to investigate the effect of pulsed Nd:YAG laser micro-welding on the microstructure,texture and magnetic properties of ultra-thin Fe-Co-7.15 wt%V magnetic alloy.Optical microscopy,scanning electron microscopy and electron backscattered diffraction techniques were used to study the microstructural evolutions.Also,vibrating sample magnetometry was used to characterize the magnetic properties.The results showed that the fractions of low Σ coincidence site lattice boundaries in the fusion zone are higher than those of the base metal.The welded samples experience a significant decrease in their magnetic properties.It was found that the formation of new fiber texture in the fusion zone and grain coarsening are the most important factors affecting the magnetic properties.
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