Dong Shuxiang, male, doctor of engineering, tenured professor of Peking University; Professor, Doctoral Supervisor and Distinguished Researcher, Department of Materials Science and Engineering, Peking University. Adjunct professor at Virginia Tech.
Chinese name: Dong Shuxiang
Mbth: oriental book fragrance
Nationality: China.
Occupation: teacher
Graduate School: Wuhan University, Tsinghua University.
Main achievements: The equivalent circuit method of "magnetic-elastic-electric" coupling is established.
Main achievements: 4 American invention patents and 9 China invention patents/kloc-0.
1992 Excellent Paper Award of China Power Ultrasound Society
In 2000, the University of Pennsylvania won the first prize for the progress of materials science.
1994 Second Prize of Beijing Excellent Scientific Papers
Representative works: patents: piezoelectric drivers and piezoelectric motors.
Representative patents: manufacturing method of piezoelectric actuator and piezoelectric actuator.
Position: Professor, Department of Materials Science and Engineering, Peking University.
experience
1June, 993: Ph.D. in materials science and engineering, Tsinghua University,
1989 65438+February: Master of Solid State Physics, Tsinghua University,
1982 65438+1October: graduated from Wuhan university with a bachelor's degree in semiconductor physics.
May 2008: Department of Materials Science and Engineering, Peking University Institute of Technology: Distinguished researcher, professor and part-time professor, Virginia Tech Institute of Technology, USA;
From 2000./kloc-0./to May 2008: He was employed as a research assistant and a research scientist by the University of Pennsylvania and Virginia Tech.
2000. 1-2006.5438+0. 12:research associate； Institute of Materials, University of Pennsylvania, USA;
1993.6-2000. 1: Tsinghua University department of materials science and engineering, lecturer (1993- 1995)/ associate professor (1995-2000);
1997.1-1999.11:visiting scholar at the national university of Singapore.
part-time job
Adjunct professor at Virginia Tech.
scientific research
He has been engaged in the research of piezoelectric, ferroelectric and magnetoelectric functional materials and devices for a long time, and has made great achievements in theoretical and device research. For example, in the theoretical research of magnetoelectric functional materials, the equivalent circuit method of "magnetic-elastic-electric" coupling is established, which is also one of the three successful theoretical methods recognized internationally;
In the aspect of piezoelectric micromotor, the world's smallest piezoelectric micromotor was first invented, and low-temperature actuator, high-temperature piezoelectric motor and high-temperature actuator were developed, and a series of linear piezoelectric motors with micro-nano resolution were developed.
Some achievements have been industrialized in Xiamen; In the research field of magnetoelectric composites, the composites with the strongest magnetoelectric coupling, the ultra-high magnetic field sensitivity of magnetoelectric composites, the voltage gain effect of magnetoelectric materials and the current-voltage conversion effect have been found.
In the aspect of piezoelectric transducer, the target location method of resonance sound field disturbance and the hydrogen detection method of acoustic resonator are found.
He has made more than 30 invited reports at international and domestic academic conferences, and is an influential scientist in the fields of piezoelectric ferroelectric, magnetoelectric functional materials and devices.
Piezoelectric materials, magnetoelectric composite materials, piezoelectric subminiature motors and drivers, sensors, intelligent electronic devices, mechanical-electrical and magnetic-elastic-electrical coupling theory, and engineering applications.
The subject or problem of study.
(After returning to China in May 2008-)
1, project leader: National Natural Science Foundation, Basic Research on Multi-field Coupling Function of Ferroelectric Composites and Application of New Devices, with the approval number of 5132001(2.8 million);
2. Project leader: National High-tech Research and Development Program (863 Program)-Advanced Electronic Endoscope Research, with project approval numbers of 2012A040505, 2012 (3150,000);
3. Project leader: National Natural Science Foundation, Science of Preparation of Low Temperature Piezoelectric Single Crystal Ultrasonic Motor for Space, with the approval number of 50872002/E0201(400,000);
4. Project leader: National Natural Science Foundation of China, research on high-temperature piezoelectric micromotor, with the approval number of 51072003/E020402 (390,000);
5. To participate in the 973 project, I am responsible for the funds: 500,000 yuan;
6. Project leader: Guangdong Industry-University-Research Project, with a financial support of 200,000 yuan.
honour
In 2000, the University of Pennsylvania won the first prize for the progress of materials science (the world's smallest piezoelectric micromotor: diameter1.5mm) (in 2000, it won the first place in Sinmrl, a senior material at Pennsylvania State University).
1994 second prize of Beijing excellent scientific paper: "Piezoelectric-electric-electric stepping motor"
1994 China annual meeting of functional ceramics excellent thesis award: "studyonpiezoelectricicmotors"
1992 Excellent Paper Award of China Power Ultrasound Society
course
1, Functional Materials and Devices -I (Postgraduate)
2. Fundamentals of Modern Electronic Devices (Undergraduate)
thesis
summary
Published more than 100 papers in important academic journals at home and abroad (90 SCI papers, 28 of which were published in Applied Physics Express); SCI has been cited more than 2700 times (h-index:27).
As a correspondent of * * *, an academic article has been cited by SCI for more than 650 times.
SCI includes scientific articles.
1. Shu Xiangdong, Review of Piezoelectric, Ultrasonic and Magnetoelectric Actuators, AdvancedDielectrics Journal, Volume 2,No. 1,1230001(2012) (invited review paper,1)
2.LiXT, ChenZJ, DongSX*, ADoubleB 1-Mode4-layer laminated piezoelectric linear motor, IEEETransactional Sonultrasonic SFERELECTRIC AND Frequency Control, V59, N.12,2012.
3. Guo Xiliu, Li Xiaotian, Chen Jianguo, Chen Zhijiang, Anwados, Wen Leixiao, Shu Xiangdong #, Magnetomechanical and Magnetoelectric Effects in Three-phase Ferromagnetic/Elastic/Piezoelectric Composites at Giant Magnetic Resonance Frequency, Applied Physical Communication. 10 1,142904 (20
4. Chen and Jianguo; Stone, Huaduo; Liu, Guo Xi; Dong, Shu Xiang #, Relationship between dielectric, piezoelectric and elastic properties of bismuth titanate-lead titanate high-temperature ceramics and temperature, Journal of Alloys and Compounds, 537pp280-285, OCT520 12.
5. Li Xiaotian, Chen Jianguo, Chen Zhijiang and Shu Xiangdong #, a high-temperature dual-mode piezoelectric ultrasonic linear motor. Physical letter 10 1, 072902(20 12).
6. Application of Chen Jianguo, Li Xiaotian, Guo Xiliu, Zhijiang Chen, Shuxiangdong # and Asher-Bending high-temperature piezoelectric actuators. Phys.Lett. 10 1，0 12909(20 12)。
7. Epitaxial growth and capacity-voltage characteristics of ZrO _ 2 /Si(00 1) heterostructures stabilized by Zhongqiang Lake, Meiyali, Yongdanzhu, Zhou Shi Pu, Liu Xiaolian, BobbySebo, Xing Zhongzhao, Heshu Xiangdong and Bifeo _ 3/CEO _ 2/Yttria. Physical letter100,252908 (2012).
8. Electrical, Piezoelectric and Ferroelectric Properties of (1-x) Bi (SC3/4in1/4) O3-xpbtio3 Ceramics, Journal of Applied Physics.
9. Mingsenguo, Shuxiangdong, 1, Boren, Hao Suluo, piezoelectric single crystal ultrasonic micro-drive optics, IEEE ultrasound, ferroelectricity, frequency control, 201,v.58,12,20/kloc-0.
10. Dong, Shuxiang; Alfredo Vá zquez carazo; Park，SeungHo，equivalentcircuitandoptimumdesignofmultilayerlayereddiezoelectric transformer，IEEEUltrasonics，Ferroelectrics，andFrequencyControl，v.58，no. 12，20 1 1。
1 1.CuiXX, DongSX*, theoretical analysis of son effective magnetoelectric coupling coefficients in Piezoelectricity/piezoelectric magnetoelectric coupling coefficients, JOURNALOFAPPLIEDPHYSICS, v109,083903,201/.
12.LiXT, GuoMS, DongSX*, AFlex-compressive mode piezoelectric transducer performance mechanical vibration/strain energy collection, IEEE transactions on ultrasonic vibration and frequency control, V58, N.4, April20 1 1.
13.LiuGX, CuiXX, DongSX, Atunablering magnetoelectric conductor, journalofappliedphysicsv.108n.9,094106, nov1201.
14.GuoMS, DongSX, RenB etc. Electronic conversion ultrasonic ferroelectricity and frequency control of dual-mode piezoelectric single crystal ultrasonic microactuator v.57n.11PP 2596-2600, NOV20 10.
15.GuoMS，DongSX，annularblayermagnetoelectric composites:theoreticallanalysisieeetransactionsonultrasonic sferrelectricandfrequencycontrolv . 57n . 2pp 480-489，FEB20 10。
16.GuoMS, DongSX, resonant-bending mode magnetoelectric-coupling equivalent circuit IEEE transactions on ultrasonic frequency control v.56n. 1 1, pp2578-2586, 20091/.
17. Zhai, J. 1, G.A.2, J. 1, DeVreugd, C. 1, Li, J. 1, Viehland, D. 1, fild.
18. Dongsen, Zhai, Li, etc. , high power density magnetoelectric energy harvesting super-iron appliances, IEEE international symposium application of ferroelectrics PP157-158, 2008.
19.ZhaiJYY，DongSX，XingZPP，etal。 ，tunablemagnetotelectricresonancedevicejournalofphysicsd-appliedphysicsv . 42n . 12， 12200 1，JUN2 12009。
20.DongSX，ZhaiJY，PriyaS，etal。 , adjustable characteristics of magnetoelectric transformer SieeeTransactionSonultrasonic SFERELECTRIC AND FREQUENCY CONTROL V.56n.6, PP1124-127, June 2009.
2 1. Dongsen, Zhai, Li, etc. ，multimodalsystemforharvestingmagneticancermachanicalenergyappliedphysicsletters v . 93n . 10， 1035 1 1，SEP82008。
22. Zhai, Xing, Dong, et al. , ThermalNoiseCancellation in Symmetric Magnetoelectric Bipiezoelectric Laminates, Volume 93, No.7,072,906, AUG 182008.
23.DongSX, ZhaiJY, EquivalentCircuit Method for Static Dynamic Analysis of Materials and Technologies Embrettinv.53N.14, PP213-2123, July 2008.
24. Lou, J. 1, Reed, D. 1, Petford, C. 1, Liu, M. 1, Han, P.2, Dong, S.3,4, Sun, N. Giantmicrowaveunability infegab/leadmmagnesiumniobate-leatitana multiferroiccompositesappliedphysisletter SV.92n.26,262502, June 30th.
25.KarmarkarM, DongSX, LiJF, etc. , Fast Search Letter for Physical State of Magnetoelectric Laminated Magnetic Field Sensor, v.2n.3pp108-10, June 2008.
26.DongSX，YanL，ViehlandD，etal。 ，apiezoelectricsinglecystravelingwavestepmotor for low-temperature applied physicslettersv . 92n . 15， 153504，APR 142008。
27. Vietnam, Zhai, Dong, etc. , Multifunctional Material Polarized Ferroelectrics, vols 1 and 2: IEEE International Symposium Application of Ferroelectric spp: 404-405, 2007.
28. Xing, Zhai, Dong, et al. Scientific simulation and detection of quasi-static nano-Tesla magnetic field changes by measuring magnetoelectric laminated sensors, Nashville, Tennessee, April 27-30, 2003.
1 15.D.Viehland, ShuxiangDong, and Jie- Fang Li, "giant magnet-electrical effective composition software-d/PZT",105 hannualmeetingo family society; April 27-30, 2003, Nashville, Tennessee.
1 16. Shu Xiangdong, Bai Fangfang, Li Jianfeng, Velander, "Piezoelectric Acoustic-Resonance-Cavity Hydrogen Detection", 105 Annual Meeting of American Cancer Society; April 27-30, 2003, Nashville, Tennessee.
1 17. Shu Xiangdong, DwightViehland, KenjiUchinoandLongtuLi, "Analytical Formula for Piezoelectrical Axis Symmetric Unified Morphactor",105 Hannualmeeting American Society; April 27-30, 2003, Nashville, Tennessee.
1 18. Shu xiangdong, Lin shiping, Li Jianhong, Lin lichun, infield guang, "piezoelectric ceramic tubular piezoelectric micromotor"; 103 annualmeetingfamericanceramicasociety； 4/23/200 1, Indianapolis, Indiana, USA.
119. Shuxiangdongdenkenjiuchino, "1.5mm diameter piezoelectric micromotor", 33rdSmartActuatorSymposium, April19-20,2001.
120. Shuxiang Cave, SerraCagatay, KenjiUchinoandD. Viehland，“apiezoelectriccompositorytype actuator”，2002U。 May 2002, Baltimore, Maryland, USA.
12 1. Shu Xiangdong, Bai Fangfang, Xie, and. Wei Lan, "Positioning Sensors in the Field of Resonance Acoustics", 2003. May 6-8, 2003, Pennsylvania, USA.
122. Weilander, Shu Xiangdong, Xie, Wang, Wu Teague, Ramesh, "Giant Magnetoelectric Materials: Dual Tension Composite Materials and Thin Deposits", 2003. May 6-8, 2003, Pennsylvania, USA.
123. 1999 proceedings of the first academic seminar of China electrical engineering society, 2003. May 6-8, 2003, Pennsylvania, USA.
124. Shu xiangdong, long tuli, zhi lunguang and Xiao wenzhang, "stator driven by air travel wave motor", ISAF, 1994, international symposium on application of electrical technology, IEEE, ultrasonic selection.
2.DwightVihland, Shu Xiangdong and Xie Fangli, "Magnetoelectric Sensor with Longitudinal Biased Magnetostrictive Layer", U.S. Pat. No.7,023,206;
3.DwightVihland, ShuxiangDong, JieFangLi, "Method and device for obtaining high voltage by using magnetostrictive-piezoelectric composite materials", U.S. Pat. No.7,256,532.
4.Viehland, Dwight, Dong, Shuxiang, Li, Jie-fang, Zhai, Junyi, Method and device for high-permeability magnetostrictive/piezoelectric fiber laminates, with huge and nearly ideal magnetoelectricity, U.S. Patent 777 1846.
Inventors: Dong Shuxiang and ZhiJiang Chen, "Piezoelectric Actuator and Piezoelectric Motor", China invention patent 201210014777.4.
6. Inventors: Dong Shuxiang, Shi Huahua, monolithic longitudinal piezoelectric d33 bending mode piezoelectric transducer, China invention patent acceptance number: 201210301491.4.
7. Inventors: Dong Shuxiang, Chen Jianguo, Manufacturing Method of Piezoelectric Actuator and Piezoelectric Actuator, China Invention Patent AcceptanceNo.: 201210147357.3.
8. Inventors: Dong Shuxiang, Chen Jianguo, Piezoelectric actuator and its manufacturing method, China invention patent acceptance number: 201210139024.6.
9. Inventors: Dong Shuxiang, Guo Mingsen, ZhiJiang Chen, "A miniature two-degree-of-freedom planar motion piezoelectric motor", China invention patent 201014.6;
10. Inventor: Dong Shuxiang, Li Xiaotian, "Piezoelectric actuator and linear piezoelectric motor", China invention patent 20110084365.3.
1 1. Inventors: Dong Shuxiang and Guo Mingsen, "A miniature piezoelectric single crystal linear motor", China invention patent 201019085.2;
12. Inventors: Dong Shuxiang, Li Xiaotian and Guo Mingsen, "An electromechanical transducer and its array"; China invention patent 20101021109.1;
13. Inventors: Dong Shuxiang, Guo Mingsen and ZhiJiang Chen, "A miniature piezoelectric motor with two degrees of freedom in plane motion", China invention patent 2010/0242014.6.
14. Inventor: Dong Shuxiang, micro piezoelectric motor-lens integrated driving mechanism, invention patent: CN2007 100224 15.9,