Position:  Professor  (i.e., professor/  associate professor/ lecturer)

Tel:  +86-13809551861

E-mail:  msewang@fzu.edu.cn

Research  Interests: Hard magnetic materials, Surface treatment of metallic materials, Corrosion  and protection of materials

Education Background

1997.9~2001.6: Zhejiang University, Metallic  material and heat treatment, Bachelor

2001.9~2006.6: Zhejiang University, Materials  Science and Engineering, Doctor

Research Experience

2006.7~Present: College of Materials Science and Engineering,  Fuzhou University, Professor, Associate Professor,  Instructor

2009.10~2009.12: Department of Physics, National  Chung Cheng University(Taiwan), Visiting Scholar

2013.10~2014.11: Department of Physics  and Astronomy, University of Delaware, Visiting Scholar

Hornors and Awards

Inspirational Award for Outstanding Young Faculty, Fuzhou  University, 2013

Advanced Teacher Award, Fuzhou  University, 2012

Academic Award for Young Faculty, Fuzhou  University, 2012

Outstanding Teaching Award, Fuzhou University, 2011

Project

Research and development of new permanent  magnetic materials based on materilas genome engineering, Natural Science  Foundation of Fujian Province of China, 2017-2020

Research of high performance copper alloy  materials for lead frame, Fujian Zijin Copper Industry Co., Ltd., 2016-2018

Processing research of high thermal  conductivity copper alloy material, Fuzhou Minchuan Technology Co., Ltd.,  2016-2018

Study on the preparation of bulk nanocrystalline  permanent magnets by solidified in magnetic field, National Natural Science  Foundation of China, 2011-2013

Publications

1.A method for preparing bulk nanocomposite rare-earth  permanent magnetic material, National invention patent of China, ZL  201210005073, 2015

2.Passive film formed on  Ce68Al10Cu20Nb2 bulk amorphous alloy, Journal of Materials Engineering, 2016,  44(5):72.

3.Study on Microstructure and  Corrosion Resistance of Insulation Coating on Grain-oriented Silicon Steel,  Journal of Materials Engineering, 2016, 44(2):101.

4.Structure and magnetic properties of boron doped Fe_50+xCu_25-xM₂₅(M=Al,  Ga) and Fe_50+xCo_25-xGa₂₅ heusler alloys,  IEEE Trans. on Magn., 2014, 50: 2103704.

5.Magnetic properties,  microstructure and corrosion behavior of Nd₁₀Y₁Fe_85-xNb_3.5Ti_0.5B_x  (x=14-22) and Nd₁₀Y₁Fe₆₉Nb_3.5M_0.5B₁₆  (M=Ti, Zr, Cr, Mo) bulk nanocrystalline magnets, J Alloy.  & Compd. 2013,  555: 16.

6.Effects  of magnetic solidification on rod shaped Nd–Fe–Ti–Zr–Cr–B–C magnets with  various diameters,  Materials Technology, 2013, 28:290.