IEEE Magnetics Society Summer School - The University of Alabama

Program 

Nanjing University, China 

20-25, September 2009 

Organized by 

IEEE Magnetics Society 

Co-organized by 

National Key Lab of Solid State Microstructures, Nanjing, China 

Nanjing University 

主办方 : 美国 IEEE 磁学协会 

承办方 : 南京大学固体微结构国家重点实验室 

南京大学

IEEE Magnetics Society 2009 Summer School 

2


Summer School Administration 

Program Committee: 

JW Harrell (Chair) 

Ching-Ray Chang 

Alexandru Stancu 

Albrecht Jander 

University of Alabama 

National Taiwan University 

Alexandru Ioan Cuza University 

Oregon State University 

Student Selection Committee: 

Ching-Ray Chang (Chair 张庆瑞 ) 

Robert Camley 

Alexandru Stancu 

Shaolong Tang ( 唐少龙 ) 


Univ. Colorado at Colorado 

Springs 

Alexandru Ioan Cuza University 


Local Organizing Committee 

Xiaoshan Wu (Chair 吴小山 ) 

H. F. Ding ( 丁海峰 ) D. Wu ( 吴镝 ) 

S. L. Tang ( 唐少龙 ) W. Y. Zhang ( 章维益 ) 

F. M. Zhang ( 张凤鸣 ) J. Du ( 杜军 ) 

Q. Y. Xie ( 解其云 ) A. M. Zhang ( 张爱梅 ) 

L. Sun ( 孙亮 ) J. S. Liu ( 刘金生 ) 

W. J. Zhang ( 张文俊 ) W. Zhang ( 张维 ) 

Advisory Board 

D. Y. Xing ( 邢定钰 ) Y. W. Du ( 都有为 ) 

M. Wang ( 王牧 ) S. N. Zhu ( 祝世宁 ) 

R. Zhang ( 张荣 ) H. R. Zhai ( 翟宏如 ) 




Treasurers 

Liesl Folks ( Magnetics Society Treasurer) Hitachi Global Storage Technologies 

W. J. Zhang ( 张文俊 ), Q. Y. Xie ( 解其云 ) Nanjing University 

3


Nanjing University (NJU) 

Gulou Campus 

Today’s NJU consists of three beautiful campuses, Gulou, Pukou, and Xianlin. 

Gulou campus is located at the central part of Nanjing city. 

Safety and Health Care 

Please be careful about your safety and take good care of yourself during the 

time when you are in the summer school. If there are any emergency issues 

that require attention, you can find help any time from our volunteers who hold 

different color (Yellow wire) Name Card with the summer school logo. 

A part-time qualified doctor (Doctor Ningzhang Wang) will be available for you 

to get any medical advice: 86 25 83593165 or +86 13914736056 

Phone call for emergency (call for university police): 86 25 83595110 

Accommodation 

The lecturers are housed at New Era Hotel. 

All students will be accommodated at Huada Hotel during the time of the 

summer school. In order to promote communication among students, one 

Chinese student and one international student will share a double room. 

Meals will be served at Nanfangyuan restaurant. 

4


Guideline to Summer School 

Registration 

The summer school registration check-in support will be open from 12:00 pm 

19/09 to 20:00pm 20/09 at the hall of Science and Technology Building of 

Nanjing University, which provides easy and quick access by walking from the 

hotel. 

Please pick up your summer school package at the summer school registration 

desks. 

Location 

Tutorial sessions will be held in the main lecture theatre (Level 2) of Science 

and Technology Building of Nanjing University. 

Poster sessions will be held in the ground floor of Science and Technology 

Building of Nanjing University. 

For a local area map of the location, please see below. 

5


6


Excursion Guidelines 

The Yangshan Tablet Stones are related to 

Chinese history: In 1405, with the purpose of 

extolling and memorizing his father Zhuyuan 

Zhang, Zhu Di (the emperor of Ming Dynasty) 

recruited some famous skilled craftsmen 

throughout the country to excavate three huge 

tablet stones on Yangshan. One stone is 17 meters 

high, with a width of 29.5 meters and a thickness of 

12 meters, totally 16.25 million kilograms. Another 

one is 51 meters high, 14.2 wide, 4.5 meters thick 

and 8.799 million kilograms. The third stone is 10 meters high, 22 meters wide, 

10.3 meters thick and 6.118 million kilograms. If we combine the three stones 

together, they will form a huge complete stele, which is 78 meters, as high as a 

building of 28 stories. And the weight of the huge stele is 31.167 million 

kilograms, a rare stele and a marvelous spectacle in the world. 

The discovery of Nanjing Tangshan Australopithecus was a major 

archaeological breakthrough following 

Yunnan Yun Mou, Shaanxi Lantian, 

Beijing Zhoukoudian, and Anhui 

ape-man. After 1995, the place is open 

to visitors. 

The Nanjing man is a subspecies of 

Homo erectus found in China. Male and 

female skulls of Nanjing man were discovered in 1993 in Tangshan cave near 

Nanjing, and they have been dated to be 

about 580,000 to 620,000 years old. The 

Nanjing man finding supports the 

multi-regional evolution model that argues 

modern Asia populations evolved directly 

from Asia Homo erectus, rather than 

evolving from populations out of Africa. 

7


Schedule 

Day 1: Sunday 20 September 2009 

8:00-18:00 Registration 

13:30-16:30 Poster Session I 

17:00-18:00 dinner 

18:00-18:10 Welcome words Mu Wang 

18:10-18:20 Speech from Magnetic Society Takao Suzuki 

18:20-18:30 Opening remarks J.W. Harrell 

Local Conductor 

Xiaoshan WU 

18:30-20:00 

Kevin O'Grady York University 

Fundamentals I – Macroscopic Phenomena 

20:00-20:30 Afternoon Tea 

20:30-22:00 

Di Wu Nanjing University 

Fundamentals II – Atomic Basis of Magnetism 

8


Day 2: Monday 21 September 2009 


Haifeng Ding 

8:20-9:50 

Martha Pardavi-Horvath George Washington University 

Nanomagnetism (Session 1) 

9:50-10:30 Morning Tea; Take photo 

10:30-12:00 

Martha Pardavi-Horvath George Washington University 

Nanomagnetism (Session 2) 

12:00-13:00 Lunch Break 


Weiyi Zhang 

14:00-15:30 

Thomas Schrefl St. Polten University 

Modeling I – Micromagnetics (Session 1) 


16:00-17:30 

Thomas Schrefl St. Polten University 

Modeling I – Micromagnetics (Session 2) 

17:30-18:30 Dinner 

19:00-20:00 

Kevin O'Grady York University 

Ferrofluid Fun 

20:00-22:00 Poster Viewing & Discussions- Dr. Biao You 

9


Day 3: Tuesday 22 September 2009 


Fengming Zhang 

8:30-10:00 

Roy Chantrell York University 

Model II – Atomistic & Multiscale (Session 1) 

10:00-10:30 Morning Tea 

10:30-12:00 

Roy Chantrell York University 

Model II – Atomistic & Multiscale (Session 2) 



Shaolong Tang 

14:00-15:30 

Zhi-dong Zhang Insitute of Metals 

Permanent Magnets (Session 1) 


16:00-17:30 

Zhi-dong Zhang Insitute of Metals 

Permanent Magnets (Session 2) 

18:00-20:00 Banquet 

20:00-22:00 Poster Viewing & Discussions 

10


Day 4: Wednesday 23 September 2009 


Di Wu 

8:30-10:00 

Robert Stamps Univ. of Western Australia 

Spin Dynamics (Session 1) 


10:30-12:00 

Robert Stamps Univ. of Western Australia 

Spin Dynamics (Session 2) 


13:00-18:00 Excursion 

18:00-19:00 Dinner 

20:00-21:00 

Hongru Zhai Nanjing Univ 

Magnetism in NJU and renewal of theory of 

magnetization for process 

21:00-22:00 Poster session II- Dr. Biao You 

11


Day 5: Thursday 24 September 2009 


Hai Sang 

8:00-9:00 

Theo Rasing Radboud University 

Ultrafast Switching 

9:00-9:20 Lecture break 

9:20-10:50 

Jan-Ulrich Thiele Seagate 

Magnetic Recording (Session 1) 


11:10-12:40 

Jan-Ulrich Thiele Seagate 

Magnetic Recording (Session 2) 



Di Wu 

14:00-15:30 

Sara Majetich Carnegie Mellon University 

Biomagnetism (Session 1) 


16:00-17:30 

Sara Majetich Carnegie Mellon University 

Biomagnetism (Session 2) 

17:30-18:30 Dinner 

19:00-21:00 Poster Viewing & Discussions 

12


Day 6: Friday 25 September 2009 


Jun Du 

8:00-9:30 

Bernard Dieny Spintec 

Spintronics (Session 1) 


10:00-11:30 

Bernard Dieny Spintec 

Spintronics (Session 2) 



Shaolong Tang 

13:30-15:00 

Claus Schneider IFF Research Center, Jüulich 

Imaging and Advanced Characterization (Session 1) 


15:30-17:00 

Claus Schneider IFF Research Center, Jüulich 

Imaging and Advanced Characterization (Session 2) 

17:00-17:30 Close: Best Post Award declaration 

18:00-19:00 Dinner 

13


Poster List 

2009001 

Electric field manipulation of magnetization at room temperature in multiferroic 

heterostructures 

J. J. Yang, Y. G. Zhao et al. 

2009002 

Phase locking of spin torque oscillators 

Xi Chen, R. H. Victora 

2009003 

Micromagnetic Analysis Of Hard-Biased Narrow Read Gap Spin-Valve Heads for 1Tbit/in2 

Recording 

Zhenghua Li, Zhanwei Liu,Fulin Wei and Dan Wei 

2009004 

Ultra-fast demagnetisation rates in Ni: comparison between experiment and modelling 

U. Atxitia, O. Chubykalo-Fesenko, J. Walowski, A. Mann and M. Münzenberg 

2009005 

Influence of Cu & Sr ion substitution on the electromagnetic properties of Z-type planar 

hexaferrite 

ShouZheng Tian 

2009006 

Electron Spin Resonance in Bi1-xDyxFeO3 

J. W. Lin ( 林哲緯 ), Y. H. Tang ( 湯詠秀 ), H. L. Liu ( 劉祥麟 ), C. S. Lue ( 呂欽山 ), J. G. Lin* ( 林昭 

吟 ) 

2009007 

Interlayer exchange coupling in multilayer 

Xionghua Liu 

2009008 

Effects of argon ion bombardment on the structure and magnetic properties of ultra thin Fe 

films 

Shivaraman Ramaswamy, C.Gopalakrishnan, K.R.Ganesh, K.Jeganathan and M.Ponnavaikko 

2009009 

Residual Loss and Imaginary Permeability of MnZn Ferrite 

Ke Sun, Zhongwen Lan, Zhong Yu, Xiaona Jiang, Lezhong Li, Haining Ji 

2009010 

The effect of contacts integration into nanoscale magnetic devices 

Joshua Sautner, Jennene Fields 

2009011 

Bubble domain in amorphous NdFeB magnetic films 

Jinlong Gao 

2009012 

Enhanced magnetoresistance in self-assembled monolayer of oleic acid 

S. Wang, F. J. Yue, D. Wu, F. M. Zhang, W. Zhong, and Y. W. Du 

2009013 

(Fe72Mo4B24)96Dy4 amorphous alloy with good soft magnetic properties and high glass 

forming ability 

14


Shan Tao, Hong Jian, Tianyu Ma, Mi Yan 

2009014 

Comparison of magnetization switching characteristics for novel techniques in magnetic 

recording 

A. Gîndulescu, M. Dimian, and P. Andrei 

2009015 

Magnetic ordering of magnets with random anisotropy probed by an ac magnetic field: MC 

study 

Ha M. Nguyen and Pai-Yi Hsiao 

2009016 

Magnetic domain wall motion induced by electric field 

G. A. Meshkov, A. P. Pyatakov, A. V. Nikolaev, E.P. Nikolaeva, A. S. Logginov 

2009017 

Anomalous Hall Effect in InCoO Magnetic Semiconductors in the Variable Range Hopping 

Regime 

Ruimin Qiao, Tongshuai Xu, Shishen Yan 

2009018 

Ion-implantation studies on Perpendicular Media 

Nikita Gaur, S.N. Piramanayagam, C.S. Bhatia, Siegfried L. Maurer, Ronald W. Nunes 

2009019 

Energy level splitting and freezing of orbital angular momentum of 3d electron in Crystal Field 

Xueping Song Changping Yang 

2009020 

Studies in the Development of Antibody Conjugated Magnetic Nanoparticles for MR imaging of 

Cancers 

Ripen Misri, Andrew Yung, Piotr Kozlowski, Urs O. Häfeli 

2009021 

Magnetic coupling in hybrid bonded NdFeB/Sm2Co17 magnets 

Shun Li, Shuxin Bai, Hong Zhang 

2009022 

Study on high performance of magneto-optic spatial light modulator with magneto photonic 

crystal 

S. Mito, K. Yamada, T. Kato, T. Mano, K. H. Chung, H. Takagi, M. Inoue 

2009023 

Improvement of magnetic properties and corrosion resistance of Nd-Fe-B sintered magnets by 

Al85Cu15 

J. J. Ni, M. Yan, T.Y. Ma, X.G. Cui, Y.R.Wu 

2009024 

Modeling the ferrofluid seals by analytical approaches 

Romain Ravaud, Guy Lemarquand 

2009025 

FeAu/FePt exchange spring media fabricated by magnetron sputtering together with 

post-annealing 

Fang Wang, Xiaohong Xu, Yan Liang, Jing Zhang, and Haishun Wu 

2009026 

15


Development of low loss and low noise reactor under inverter power supply by using numeric 

analysis 

GAO YANHUI 

2009027 

Electronic structure and magnetic properties of spinel LiCr2O4: A GGA+U study 

Feng Min, Zuo Xu, Vittoria Carmine, and Harris Vincent G. 

2009028 

Comparative Study of the Influence of First and Second Order Transitions on the 

MagnetocaloricEffect 

N. Bingham, M. Phan and Hari Srikanth 

2009029 

FePt nanodots with perpendicular anisotropy on Si coated with anodize alumina oxid 

Wenjie Gong 

2009030 

Negative Coercivity and Spin Configurations in Ni/TbFeCo/Ni Trilayers 

Xiaoxi Liu, Taichi Kanazawa, Songtian Li, Hidetoshi Matsuoka, Akimitsu Morisak 

2009031 

Exchange bias effect in perpendicularly exchanged Pt/Co/Pt/IrMn system 

Zhong Shi, Shi-Ming Zhou 

2009032 

Substrate controlled ferromagnetism in iron phthalocyanine thin films 

Corneliu N. Colesniuc, Thomas Gredig, Ivan K. Schuller 

2009033 

TRMOKE in the research of ultrafast dynamics with magnetic materials 

Ming Yi, Advisor Shiming Zhou 

2009034 

The fabrication of a lateral spin-valve 

Mr LR Fleet, Dr A Hirohata 

2009035 

Structure, magnetic and magnetiocaloric properties in La1.4Sr1.6−xCaxMn2O7 perovskite 

compounds 

X. Zhao, W. Chen, Y. Zong, S.L. Diao, X.J. Yan, M.G. Zhu 

2009036 

First-principle Calculation on the Magnetic and Electric Properties of Zr ion doping LaCo ferrite 

Yuhua Hou 

2009037 

Temperature dependence of resistivity in epitaxial Fe/MgO/Fe magnetic tunnel junctions 

Q. L.Ma, S. G. Wang, J. Zhang, Yan. Wang, R. C. C. Ward, C. Wang, A.Kohn, X.-G. Zhang, 

and X. F. Han 

2009038 

Computer Simulation of Amorphous Rare Earth GdFeCo 

T. Ostler, R.W. Chantrell 

2009039 

Crystal structure and magnetic properties of electron doping samples Sr2-xGdxFeMoO6 

Y. C. Hu, X.S. Wu, Q. Ji, J.J.Ge, G.F. Cheng 

16


2009040 

Experimental and theoretical studies on the magnetic property of carbo 

X. J. Ye, C. S. Liu, W. Zhong, H. A. Song, C. T. Au, and Y. W. Du 

2009041 

A study of series transition metal-doped ZnO-based diluted magnetic semiconductors 

Denglu Hou, Zhenzhen Zhou, Yanyan Wei, and Ruibin Zhao 

2009042 

Anisotropy and Local Structure Investigation of Ferromagnetism in LaCoO3 Epitaxial Thin 

Films 

Virat Mehta, Franklin Wong, Elke Arenholz, Frank Bridges, Jeffrey Kortright, Yuri Suzuki 

2009043 

Enhancement of switching current in vortex pair disks due to dynamic dipolar interactions 

Zhiwei Hou, Yaowen Liu, Sebastian Gliga, and Riccardo Hertel 

2009044 

Materials for non-contact portable magnetic stress sensor applications 

N. Ranvah, I. Nlebedim, Y. Melikhov, J. E Snyder, A. J. Moses and D. C. Jiles 

2009045 

Rotated pinning direction of exchange bias 

Xuepeng Qiu, Shiming Zhou 

2009046 

Effect of Interlayer Diffusion on Magnetic and Transport Properties of Co/Pd-based Pseudo 

Spin Valve 

Taiebeh Tahmasebi; Randall Law; Rachid Sbiaa; S. N. Piramanayagam; Tow Chong Chong 

2009053 

Preparation Techniques of Nanocomposite Permanent Magnets Materials 

KunPeng Su 

2009054 

Fabrication of Polyelectrolyte Stabilized Individual Magnetite Nanoparticles Assembly 

Litao Bai, Jonathan W. Williamson, Shane C. Street 

2009055 

Flux dynamics of iron-based superconductors 

BinLv 

2009056 

Revisit of the Growth of Co on Cu(111) 

Haifeng Ding, Rongxing Cao 

2009057 

Micromagnetic study on magnetic dynamical properties of nanoscale magnets 

YunPeng Wang 

2009058 

Radio-frequency technique for studying domain wall motion in GaMnAs 

Dong Fang, Andrew Ferguson 

2009059 

Magnetoelectric coupling in ferromagnetic/ferroelectric multilayers 

Jie Zhu, Yizheng Wu 

17


2009060 

Low Current Density Induced Domain Wall Motion in TbFeCo Nanowires with Perpendicular 

Magnetic Aniso 

Songtian Li, Taichi Kanazawa, Hajime Nakamura, Xiaoxi Liu, Akimitsu Morisako 

2009061 

Ultra-high-density (001)-oriented FePt nanoparticles by atomic-scale-multilayer 

Liang-Wei Wang, Yun-Chung Wu, and Chih-Huang Lai 

2009062 

ENHANCEMENT OF HIGHLY MAGNEOSTRICTIVE COBALT FERRITE FOR ADVANCE 

SENSOR AND ACTUATOR APPLICATIONS 

I. C NLEBEDIM, N. RANVAH, Y. MELIKHOV, P. I WILLIAMS, J. E SNYDER, A. J MOSES AND 

D. C JILES 

2009063 

Structural and magnetic properties of FexGe1-x films 

Weixia Gao 

2009064 

Texture evolution and magnetostriction in the Fe50Mn50 alloy wire 

Aina He 

2009065 

The magnetoresistance of ferromagnetic metal doped carbon films on Si substrates 

Xiaozhong.Zhang, Caihua Wan, Xili Gao, Xin Zhang, Lihua Wu 

2009067 

Anisotropic magnetostrictive behaviors in magnetically annealed Tb-Dy-Fe-Co polycrystals 

Min Wu, Tianyu Ma , Mi Yan 

2009068 

Controllable vortex polarity switching by spin polarized current 

Wei Jin and Yaowen Liu 

2009069 

The magnetism and transport properties of Mn doped Ge dilute magnetic semiconductor 

Zhangjie 

2009070 

Synthesis of Fe3O4-AuPt Core-shell Nanoparticles 

Ah-Young Song, Jun Hua Wu, Ji Hyun Min, and Young Keun Kim 

2009071 

Physical and electronic structure and magnetism of FeMnxGa(50-x) alloys 

Le Zhao, Shuyun Yu, Shishen Yan 

2009072 

Spin transfer torque switching in MgO-based magnetic tunnel junctions 

Kaan Oguz and JMD Coey 

2009073 

Enhanced Young’s modulus and damping capacity of Tb-Dy-Fe-Co polycrystals through field 

annealing 

Ying Sun,Tianyu Ma, Mi Yan 

2009074 

18


Cell and protein separation with a microfabricated magnetic sifter 

Christopher M. Earhart, Robert J. Wilson, Shan X. Wang 

2009075 

Formation Mechanism of Nano-Oxide Layer on the Surface of Co2(CrFe)Si Full Heusler Alloy 

for nanocon 

Y. Shiokawa, T. Otsuka, M. Doi, and M. Sahashi 

2009076 

Ion Beam Modification of Exchange Coupling to Fabricate Patterned Media 

Mojtaba Ranjbar; S.N. Piramanayagam; R. Sbiaa1; K. O. Aung; Z. B. Guo; T.C. Chong 

2009077 

First Principle Calcuation of Magnetic-Mechanical Coupling of Magnetic Material 

Wanghui 

2009078 

Multiscale micromagnitc simulation of the bit write process for tape recording 

M.Fuger, J. Lee, J.Fidler, D. Suess) and T. Schrefl 

2009079 

Azimuthal spin-wave modes excited in magnetic ellipses 

states 

Hong Zhang,Yaowen Liu, Ming Yan, and Riccardo Hertel 

with single and double vortices 

2009080 

Magnetic studies of Mn doped Ge based diluted magnetic semconductor films 

Zhangqian, Qiaoshuang 

2009081 

Probing magnetic configurations in Co/Cu multilayered nanowires 

Jared Wong, Peter Greene, Randy K. Dumas, and Kai Liu 

2009082 

Low Temperature Magnetic Force Microscope (300mK-300K) for High Resolution Magnetic 

Imaging 

Ozgur KARCI, Ahmet ORAL 

2009083 

Large magnetocaloric effect of La0.8Ce0.2Fe11.4NixSi1.6 compunds 

Zhiping Lin,Shandong Li 

2009084 

Modeling and Fabrication of a Planar and Ultra-thin Magnetic Field Sensor for 

3D-Measurement 

D. Hoheisel, H.H. Gatzen 

2009085 

Controllable spin-polarized electrical transport in wide-band-gap oxide ferromagnetic 

semiconductors 

Y. F. Tian, Shi-shen Yan, Y. Y. Dai, Y. X. Chen, G. L. Liu, L. M. Mei 

2009086 

Asymmetric Writer Design for Shingled Magnetic Recording 

Anton de la Fuente, Roger Wood, Terry Olson 

2009087 

Microwave Assisted Magnetic Recording 

19


Min Wan 

2009088 

Temperature Dependent onset of Biquadratic Coupling in Co/CuMn Multilayers 

T. Saerbeck, N. Loh, M. Ali, B.J. Hickey, D. Lott, B.P. Toperverg, A. Mulders, A.P.J. Stampfl, F. 

Klose, R.L. Stamps 

2009089 

Stress influences on magnetization and magnetostriction in field-annealed Tb-Dy-Fe-Co alloy 

zhang lei( 张磊 ), Tianyu Ma ( 马天宇 ), Mi Yan( 严密 ) 

2009090 

Functionality of MPCs supporting optical surface states 

T. Goto, A. V. Baryshev, M. Inoue, A. M. Merzlikin, A. P. Vinogradov,A. A. Lisyansky, A.B. 

Granovsky 

2009091 

First-principles study on the stability and magnetism of ZnO-based dilute magnetic 

semiconductors 

Jianmin Zhang 

2009092 

Metastable FeNi Nanoparticles for Self-Limited Radio Frequency Heating 

Kelsey Miller, Marianna Sofman, and Michael McHenry 

Applications 

2009093 

Inverse and Oscillation TMR Effect in Fe(001)/MgO/Cr/Fe MTJs by First Principles 

Calculations 

Jia Zhang, Yan Wang, X.-G.Zhang, X.F.Han 

2009094 

Two-dimensional magnetophotonic crystals fabricated atop patterned substrates 

SeungMin Baek, Alexander Baryshev, Hironaga Uchida, Mitsuteru Inoue. 

2009095 

The calculation of perpendicular magnetic anistropy of FePt and micromagnetic simulation of it 

Wanjiao Zhu 

2009096 

Reduction of GO and graphene-based spin valves 

Ira Jewell, Chien-Chih Huang, Sean Smith 

2009097 

Effect of annealing on structure, magnetization and magnetostriction of Fe81Ga19 melt-spun 

ribbons 

Jingjing Zhang, Tianyu Ma, Mi Yan 

2009098 

Extracting Orbital Rotation from In-Field Bragg Diffraction of Quadrupole Ordered TbB2C2 

A. Princep, A.M. Mulders, U. Staub, V. Scagnoli, Y. Tanaka, A. Kikkawa, K. Katsumata 

2009099 

The controlled synthesis of CoFe2O4 nanostructure 

Minwei xu 

2009100 

Synthesis and magnetic properties of multifunctional CoPtAu nanoparticles 

Ji Hyun Min, Jun Hua Wu, Ah Young Song, In Tak Jeon, Jae-Seon Ju and Young Keun Kim 

20


Contact information 

Name University Email 

Kevin O'Grady York University kog1@york.ac.uk 

Di Wu Nanjing University dwu@nju.edu.cn 

Martha 

Pardavi-Horvath 

George Washington University 

mpardavi@gwu.edu 

Thomas Schrefl St. Polten University thomas.schrefl@tuwien.ac.at 

Roy Chantrell York University rc502@york.ac.uk 

Zhi-dong Zhang Insitute of Metals zdzhang@imr.ac.cn 

Sara Majetich Carnegie Mellon University sara@cmu.edu 

Jan-Ulrich Thiele Seagate jan-ulrich.thiele@seagate.com 

Robert Stamps Univ. of Western Australia stamps@cyllene.uwa.edu.au 

Bernard Dieny Spintec bernard.dieny@cea.fr 

Claus Schneider IFF Research Center, Jüulich c.m.schneider@fz-juelich.de 

Theo Rasing Radboud University th.rasing@science.ru.nl 

Takao Suzuki Toyota Technological Institute takaosuzuki@toyota-ti.ac.jp 

J.W. Harrell University of Alabama jwharrelljr@gmail.com 

Ching-Ray 

Chang 


crchang@phys.ntu.edu.tw 

Xiaoshan Wu Nanjing University xswu@nju.edu.cn 

Shaolong Tang Nanjing University tangsl@nju.edu.cn 

Biao You Nanjing University youbiao@nju.edu.cn 

Weiyi Zhang Nanjing University wyzhang@nju.edu.cn 

Haisang Nanjing University haisang@nju.edu.cn 

Wenqin Zou Nanjing University wqzou@nju.edu.cn 

Haifeng Ding Nanjing University hfding@nju.edu.cn 

Jinsheng Liu Nanjing University liujs@nju.edu.cn 

Jun Du Nanjing University jdu@nju.edu.cn 

Fengming Zhang Nanjing University fmzhang@nju.edu.cn 

Xiaoxiao Wang Nanjing University wangxiaoxiao2627@sina.com 

Wei Zhang Nanjing University weizhang@nju.edu.cn 

Liang Sun Nanjing University lsun@nju.edu.cn 

21


Contact Information of student 

Number First name Family Name University Email Address 

2009001 Junjie Yang Tsinghua Unviersity jj-yang05@mails.thu.edu.cn 

2009002 Xi Chen University of Minnesota xichen@physics.umn.edu 

2009003 Zhenghua Li Research Institute of Magnetic Materials lizhhua04@st.lzu.edu.cn 

2009004 Unai Atxitia Instituto Ciencia Materiales Madrid,CSIC unai@icmm.csic.es 

2009005 ShouZheng Tian Institution of Magnetic Materials jackson_and_tian@yahoo.cn 

2009006 JeWei Lin National Taiwan University pepeengle@gmail.com 

2009007 Xionghua Liu Institute of Metal Research, CAS xhliu@imr.ac.cn 

2009008 Shivaraman Ramaswamy SRM University shivi.masti@gmail.com 

2009009 Ke Sun University of Electronic Science and Technology of China sunkoa811028@yahoo.com.cn 

2009010 Joshua Sautner University of Illinois at Chicago jsautn2@uic.edu 

2009011 Jinlong Gao Nanjing University gragon4560782@163.com 

2009012 Shen Wang Nanjing University break100@sina.com.cn 

2009013 Shan Tao Zhejiang University taoshan1125@hotmail.com 

2009014 Anca Gîndulescu Ştefan cel Mare University agindulescu@gmail.com 

2009015 Ha Nguyen National Tsing Hua University nmha@ess.nthu.edu.tw 

2009016 Georgy Meshkov Lomonosov Moscow State University g.a.meshkov@gmail.com 

2009017 Ruimin Qiao Shandong University ruiminqiao@gmail.com 

2009018 Nikita Gaur National University of Singaore g0800465@nus.edu.sg 

2009019 Xueping Song Hubei university hubusongxueping@foxmail.com 

2009020 Ripen Misri University of British Columbia ripen@interchange.ubc.ca 

2009021 Shun Li National University of Defense Technology shunli@nudt.edu.cn 

22


2009022 Shinichiro Mito Toyohashi University of Tech, s_mito@maglab.eee.tut.ac.jp 

2009023 Junjie Ni Zhejiang University nijunjie1974@sohu.com 

2009024 Romain Ravaud Laboratoire d\\\\\\\'Acoustique de l\\\\\\\'Université du Maine romain.ravaud.etu@univ-lemans.fr 

2009025 Fang Wang Shanxi Normal University wf_0716@yahoo.com.cn 

2009026 YANHUI GAO Saga University 07643001@edu.cc.saga-u.ac.jp 

2009027 Min Feng Nankai University nkleof@gmail.com 

2009028 Nicholas Bingham University of South Florida binghamn@gmail.com 

2009029 wenjie gong Institute of Metal Research,Chinese Academy of Sciences wjgong@imr.ac.cn 

2009030 Taichi Kanazawa Shinshu university t09a511@shinshu-u.ac.jp 

2009031 Zhong Shi Fudan University hotbirdog@hotmail.com 

2009032 Corneliu Colesniuc University of California San Diego ccoles@physics.ucsd.edu 

2009033 Ming Yi Fudan University 062019030@fudan.edu.cn 

2009034 Luke Fleet The University of York lrf500@york.ac.uk 

2009035 Xu Zhao HeBei Normal University xzhao@hebtu.edu.cn 

2009036 Yuhua Hou South China University of Technology houyuhua@tom.com 

2009037 Qinli Ma Institute of Physics, CAS qlma@aphy.iphy.ac.cn 

2009038 Thomas Ostler University of York tao500@york.ac.uk 

2009039 Yanchun Hu Nanjing University hycde@163.com 

2009040 Xiaojuan Ye Nanjing University lcsyxj@163.com 

2009041 Zhenzhen Zhou Hebei Normal University 044a122105@163.com 

2009042 Virat Mehta University of California, Berkeley viratmehta@berkeley.edu 

2009043 Zhiwei Hou Tongji University 2008tjhzw@tongji.edu.cn 

2009044 Naresh Ranvah Cardiff University, School of Enginerring nranvah@gmail.com 

2009045 Xuepeng Qiu Surface Physics Laboratory, Fudan University xp.qiu@yahoo.com 

2009046 Taiebeh Tahmasebi Data Storage Institute(DSI) taiebeh_tahmasebi@dsi.a-star.edu.sg 

23


2009047 Jianjian Ge Nanjing University elinna1986@foxmail.com 

2009048 Qing Ji Nanjing University qiqi4831@163.com 

2009049 Qiyun Xie Nanjing University jieqiyun@gmail.com 

2009050 Aimei Zhang Nanjing University njuhhu@163.com 

2009051 Jia Li Nanjing University 

2009052 Jiashu Zhang Nanjing University zhangjscn@gmail.com 

2009053 kunPeng Su South China University of Technology sukunpeng1@163.com 

2009054 Litao Bai Center for Materials for Information Technology bai002@bama.ua.edu 

2009055 Bin Lv Nanjing University robin.les@gmail.com 

2009056 Rongxing Cao Nanjing University caorongxing1986@gmail.com 

2009057 YunPeng Wang Institude of Physics yunpwang@aphy.iphy.ac.cn 

2009058 Dong Fang University of Cambridge df272@cam.ac.uk 

2009059 Jie Zhu Surface Physics Laboratory 081019037@fudan.edu.cn 

2009060 Songtian LI Shinshu University, Japan s09t208@shinshu-u.ac.jp 

2009061 Liang-Wei Wang National Tsing Hua University wearya@gmail.com 

2009062 CAJETAN NLEBEDIM SCHOOL OF ENGINEERING, CARDIFF UNIVERSITY nlebedimci@cf.ac.uk 

2009063 Weixia Gao Hebei Normal University gaoweixia220@163.com 

2009064 aina he Zhejiang University heaina2008.student@sina.com 

2009065 Caihua Wan Tsinghua universityTongji University wanch07@mails.tsinghua.edu.cn 

2009066 Qinli Lv Institude of Physics 

2009067 Min Wu Zhejiang University wumin1630@126.com 

2009068 Wei Jin Tongji University shjinwei2005@hotmail.com 

2009069 Jie Zhang Shandong University zhangjie_926@yahoo.com.cn 

2009070 Ah-Young Song Korea University decorum@korea.ac.kr 

2009071 le Zhao Shandong University lele.9966@yahoo.com.cn 

24


2009072 Kaan Oguz Trinity College Dublin oguzk@tcd.ie 

2009073 Ying Sun Zhejiang University sunnymaytiger@yahoo.com.cn 

2009074 Christopher Earhart Stanford University cearhart@stanford.edu 

2009075 Yohei Shiokawa Tohoku university shiokawa@ecei.tohoku.ac.jp 

2009076 Mojtaba Ranjbar Data storage institute (DSI) mojtaba_ranjbar@dsi.a-star.edu.sg 

2009077 hui Wang Institute of Metal Research hwang@imr.ac.cn 

2009078 Markus Fuger Vienna University of Technology markus.fuger@tuwien.ac.at 

2009079 Hong Zhang Tongji University 80_hong@tongji.edu.cn 

2009080 Qian Zhang Hebei Normal University zhangqianwuli@163.com 

2009081 Peter Greene University of California, Davis peter.k.greene@gmail.com 

2009082 Özgür KARCI Hacettepe University ozgur.karci@nanomagnetics-inst.com 

2009083 Zhiping Lin Fujian Normal University lzp1232@163.com 

2009084 Dominik Hoheisel Leibniz Universitaet Hannover hoheisel@imt.uni-hannover.de 

2009085 Yufeng Tian Shandong University tianyufeng@mail.sdu.edu.cn 

2009086 Anton de la Fuente San Jose State University matonski@gmail.com 

2009087 Min Wan Sheffield University w-a-z-y@hotmail.com 

2009088 Thomas Saerbeck University of Western Australia saerbt01@student.uwa.edu.au 

2009089 Lei Zhang Zhejiang university lei.zhang.04zju@163.com 

2009090 Taichi Goto Toyohashi University of Technology taichigoto@gmail.com 

2009091 Jianmin Zhang Fujian Normal University jmzhang03@163.com 

2009092 Kelsey Miller Carnegie Mellon University kelseym@andrew.cmu.edu 

2009093 Jia Zhang The Institute of Physics, Chinese Academy of Sciences zhangjia@aphy.iphy.ac.cn 

2009094 SeungMin Baek Toyohashi University of Technology sm_baek@maglab.eee.tut.ac.jp 

2009095 Wanjiao Zhu Tongji University zhuwanjiao860101@sina.com 

2009096 Ira Jewell Oregon State University jewelli@onid.orst.edu 

25


2009097 Jingjing Zhang Zhejiang University jingjing19821204@sina.com 

2009098 Andrew Princep Curtin University of Technology andrew.princep@postgrad.curtin.edu.au 

2009099 minw xu xi`an jiaotong university terey@stu.xjtu.edu.cn 

2009100 In Tak Jeon Korea university ingome22@korea.ac.kr 

2009101 Xiaopu Zhang Nanjing University zhangxiaopuer@gmail.com 

2009102 Fengjuan Yue Nanjing University fengjuan.yue@gmail.com 

2009103 Zheng Feng Nanjing University fengzheng22@gmail.com 

2009104 Shuiyuan Chen Nanjing University sychen@smail.nju.edu.cn 

2009105 Yangguang Shi Nanjing University shiyangguang@gmail.com 

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IEEE Magnetics Society Summer School - The University of Alabama

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