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FENG Chun
Associte Professor at Department of Materials Physics and Chemistry
fengchun@ustb.edu.cn
+86-010-62333882
Materials and Testing Center, Room 308
Available to act as adviser for international graduate student: Yes
Biography
1999.09-2003.07 USTB*, Department of Materials Physics and Chemistry, Bachelor;
2003.09-2009.01 USTB, Department of Materials Physics and Chemistry, Doctor;
2009.07-2011.09 USTB, Department of Materials Physics and Chemistry, Lecturer；
2011.10-2012.06 University of Houston, Department of Mechanical Engineering, Post Doctor;
2012.07- Now USTB, Department of Materials Physics and Chemistry, Associate Professor;
2015.09-2016.03 Aberystwyth University, Department of Physics, Academic visitor.
Research Interests
(1)Ultrahigh density Information storage material (such as FePt, Co based alloy, CoPt):
Functionalization design, Characterization & Property tunability
(2)High performance permanent alloy materials (such as SmCo, FeN):
Fabrication, property manipulation, and applications
(3)Spintronic materials and magnetic sensors:
Interfacial modification, magnetic/transport properties in Co or Fe based multilayers for AMR, GMR or Hall sensors.
(4)Elastic Strain Engineering in magnetic materials:
Modulation of electric/magnetic performance by interfacial strain control
Active Research Projects (English Only)
1. Beijing Nova program: Z141103001814039 (July 2014—June 2017)
2. Beijing Higher Education Young Elite Teacher Project: YETP0358 (Jan. 2013—Dec. 2015)
3. NSFC: 51471028 (Jan. 2015—Dec. 2018); 51271211 (Jan. 2013—Dec. 2016).
4. Beijing Natural science Foundation: 2132021(Jan. 2013—Dec. 2015).
Published Research (English Only)
Publications in recent 5 years（* Corresponding author):
A)Book
《Magnetic Recording Media Materials with High Magnetocrystalline Anisotropy》, 200,000 words, 2012
B)Academic Paper (Published 43 SCI papers since 2006, with over 170 citation)
(1)Xu-Jing Li, C. Feng*, Xi Chen, et al. ”Effects of interfacial roughness on the planar Hall effectin NiFe/Cu/IrMnmultilayers”, Applied Physics A: Materials Science & Processing 2015, 118: 505
(2)X. Chen, C. Feng*, Z.L. Wu, et al. “Interfacial oxygen migration and its effect on the magnetic anisotropy in Pt/Co/MgO/Pt film”, Applied Physics Letters, 104: 052413 (2014).
(3)C. Feng*, K. Gong, C.C. Xu, et al. “Synthesis and property tunability of interparticle exchange-decoupled L10-FePt:Au/Fe perpendicular ECC films”, Journal of Alloy & Compound, 590: 289 (2014).
(4)C. Feng*, M.Y. Yang, K. Gong, et al. “Dynamical mechanism for coercivity tunability in the electrically controlled FePt perpendicular films with small grain size”, Journal of Applied Physics, 115: 023906 (2014).
(5)Yi Cao, Li-JinWang, C. Feng*, et al. ”Effects of a NiFe/MgO interface on the thermoelectric transport behavior of spin-polarized electrons”, Materials Letters, 2014, 137
(6)M.Y. Yang, C. Feng, N. Ji, et al. “Tuning the lattice and magnetic anisotropy of Fe thin films”, Material Letters, 115: 103 (2014).
(7)C. Feng*, X.J. Li, M.Y. Yang, et al. ”Electromigration induced fast L10 ordering phase transition in perpendicular FePt films”, Applied Physics Letters, 102: 022411 (2013).
(8)C. Feng*, M.Y. Yang, X.J. Li, et al. “Electrical control of fast ordering process in as-deposited FePt films”, Material Letters, 99: 46 (2013).
(9)M.Y. Yang, C. Feng, K. Gong, et al. “Current-Induced Fast-Ordering of L10-FePt Films With Small Grain Size”, IEEE Transaction on Magnetic, 49: 3660 (2013).
(10)C. Feng, S. G. Wang*, M. Y. Yang, et al. “Tunable magnetic properties by interfacial manipulation of L10-FePt perpendicular ultrathin film with island-like structures”, Journal of Nanoscience & Nanotechnology, 12: 1089 (2012).
(11)C. Feng*, N. Li, S. Li, et al. “Manipulation of magnetic exchange interaction in SmCo films with high thermal stability by controlling phase transformation”, Applied Physics A: Materials Science & Processing, 106: 125 (2012).
(12)C. Feng*, H.J. Li, D. Wei, et al. “Micromagnetic analysis of L10-FePt/Au nanocomposite films”, Journal of Physics D: Applied Physics, 44, 245001 (2011).
(13)C. Feng, X.Z. Mei, M.Y. Yang, et al. “Tuning perpendicular magnetic anisotropy and coercivity of L10-FePt nanocomposite film by interfacial manipulation”, Journal of Applied Physics, 109, 063918 (2011).
(14)C. Feng*, E. Zhang, C.C. Xu, et al. “Magnetic properties and microstructure of L10-FePt/AlN perpendicular nanocomposite films”, Journal of Applied Physics, 110, 063910 (2011).
(15)L. Ding, J. Teng, C. Feng*, et al. ”An all-metal material for high-sensitivity geomagnetic sensors with improved magnetic stability by magnetostatic coupling”, Journal of Physics D: Applied Physics, 44: 385001 (2011).