Professor Jianping Wang

CSENG Electrical & Computr Eng
College of Science & Engineering
Twin Cities
Project Title: 
Magnetic Properties Calculations of Fe-N Based Magnetic Materials

The high demand of permanent magnets for clean energy applications and the geopolitical issues of rare-earth (RE) elements make it a priority to develop RE-free magnets. This group has taken a lead in the study of iron nitride magnets and demonstrated the great potential of Fe16N2. To facilitate the design of Fe-N based RE-free permanent magnets, understanding the electronic structure and magnetic properties of Fe16N2 is important. To this end, the researchers are performing density functional theory (DFT) calculations. With DFT, the intrinsic properties of Fe16N2, as well as the effects of various engineering factors such as strain, doping, and vacancy, can be understood on the atomic level. In addition to the electronic structure calculations, the group also does micromagnetic and Monte-Carlo simulations to design high-performance magnets. The simulations are important to guide the experiment, and help explain some experimental observations.

Project Investigators

Xiaohui Chao
Mahendra DC
Xudong Hang
Samiul Hasan
Todd Klein
Jinming Liu
Md Mehedi
Renata Saha
Pooja Shukla
Peter Stoeckl
Przemyslaw Swatek
Professor Jianping Wang
Delin Zhang
Xiaowei Zhang
Jianxin Zhu
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