Recrystallization and magnetic hardening in Mn<inf>1.8</inf>Ga magnet by spark plasma sintering deformation

Abstract

Theoretical calculations for L1<inf>0</inf>-MnGa compound indicate a high anisotropy constant, K<inf>u</inf> (26 Mergs/cm<sup>3</sup>) and a saturation magnetization, M<inf>s</inf> (116 emu/g), which predict a maximum energy product, (BH)<inf>max</inf>, of 28 MGOe. 

Cite this paper

@article{Lu2017RecrystallizationAM, title={Recrystallization and magnetic hardening in Mn1.8Ga magnet by spark plasma sintering deformation}, author={Q. M. Lu and C. Li and Ming Yue and Hongbin Zhang and Z. Altounian}, journal={2017 IEEE International Magnetics Conference (INTERMAG)}, year={2017}, pages={1-1} }