基本信息
王晓东  男  博导  材料科学与光电技术学院
电子邮件: xiaodong.wang@ucas.ac.cn
通信地址: 北京市石景山区玉泉路19号甲
邮政编码: 100049
部门/实验室:材料科学与光电技术学院

研究领域

1. 材料的电磁过程(Electromagnetic Process of Materials, EPM)
材料的电磁过程是指在材料的成形过程中施加电磁场从而开发出新材料或新工艺的学科。它在冶金、半导体材料生长以及核、电工业中有着广泛的应用。所采用的电磁场从永磁磁场、感应磁场到超强磁场呈多样化,可利用的频率范围非常广。材料的电磁过程是一门交叉学科,它综合了电磁学、传热学、流体力学和金属等很多学科的知识,因此为这个学科的研究发展提供了高度的延展性。

2.  磁流体动力学 (Magnetohydrodynamics, MHD)
磁流体动力学 是研究磁场与导电流体之间相互作用的学科。磁场不仅对“人为”流体的流动产生影响,如对液态金属的加热、驱动、搅动和悬浮,这种影响也存在于自然界中,如地磁场维持了地心熔体的运动。一般来说导电流体包括液态金属、电离气体和强电解质等。磁场与流体的相互作用遵从法拉第和安培定律,所产生的的感应电流与磁场相互作用产生洛仑兹力作用于导电流体。 
 
目前开展的主要研究方向有:
(1) 电磁测量;
(2) 新型磁场的开发与交叉学科应用;
(3) 导电流体的电磁测控技术;
(4) 受迫对流(磁场作用下)条件下金属熔体的凝固机制;
(5) 磁流体动力学基础与应用研究;
(6) 多物理场、多相耦合的数值模拟。

招生信息

一、硕士、博士研究生 

1)测量学、精密测量、仪器仪表;

2)电磁技术、电工学;

3)流体力学、能源、冶金、化工。

 

二、博士后

招聘上述专业的2-3名,

 

1、应聘条件

应届博士毕业或具有1-3年工作经历,年龄一般不超过35周岁。

 

2、应聘材料

1)个人简历(包括教育背景和研究经历);

2)学历、学位证书、身份证等复印件;

3)代表性文章、学位论文摘要以及其它可以证明本人能力和学术水平的相关资料;

42封专家推荐信(其中一封应由申请人的博士指导老师提供)。

 

3、岗位待遇

1)工资及福利待遇按国家博士后相关规定和中国科学院大学有关规定执行(毕业后按北京市政策将自动获得北京市户口);

(2)将根据科研工作成绩提供额外的竞争性工资补助(25万+)。

招生专业

材料的电磁过程
磁流体动力学


工作经历

2002-2003 德国伊尔梅瑙科技大学(Ilmenau University of Technology ) 电气工程与信息技术学院(Department of Electrical Engineering and Information Technology),电热工程专业,博士后
2003-2008 法国国家科技研究中心(CNRS) 材料电磁过程(EPM)研究所,博士后研究员
2008-2010 加拿大麦吉尔大学 (McGill University),金属材料过程中心(MMPC), 研究员
2010-2011 德国伊尔梅瑙科技大学 (Ilmenau University of Technology),机械系(Department of Mechanical Engineering),热、磁流体动力学(Thermo- and Magneto-Fluid Dynamics)专业,博士后研究员
2011-至今 中国科学院大学,材料科学与光电技术学院,教授

工作简历
2011-09~现在, 中科院研究生院材料科学与光电技术学院, 教授
2009-02~2010-01,加拿大McGill大学, 研究员
2003-11~2009-01,法国国家科技研究中心EPM所, 研究员
2002-10~2003-04,德国Ilmenau科技大学, 博士后
社会兼职
   

代表性文章

2018

[1]   Cheng Li, Runchong Liu, Shangjun Dai, Nianmei Zhang, Xiaodong Wang*. Vector-based eddy-current testing method. MDPI. Appl. Sci. 2018, 8, 2289; doi:10.3390/app8112289

[2]   Bo Wang, Xiaodong Wang*. Numerical calibration of a Lorentz force particle analyzer. Meas. Sci.Technol. 29(2018) 125601 (9pp)

[3]   Yanqing Tan, Runcong Liu, Xiaodong Wang* etc. Preliminary experimental study on applicability of Lorentz force velocimetry in an external magnetic field. Nuclear Science and Technology. 2018 vol.29:80  https://doi.org/10.1007/s41365-018-0426-9

 

2017

[4]   代尚军,吴思进,王晓东*,史祎诗*。融合散斑干涉技术的阵列式洛伦兹力微颗粒探测方法。Vol.66, No.20 (2017) 208102

[5]   Zhen Tao, Xiaodong Wang*, Bo Wang and Yves Fautrelle. A theoretical model of Lorentz force particle analyzer: a potential flow perspective. J. Phys Commun. 1(2017) 025004

[6]   伍平,王勃,王晓东*。电磁场在金属材料凝固方面的应用。中国材料进展,“空间材料——新材料与制备方法”专栏。201712021-25

  

2016

[7]   Wang Bo, Xiaodong Wang*, Yves Fautrelle, Jacqueline Etay, Xianzhao Na, Florin Baltaretu. Flow Driven by an Archimedean Helical Permanent Magnetic Field. Part II: Transient and modulated flow behaviors. Metallurgical and Materials Transactions B. (2016), DOI:10.1007/s11663-016-0787-6

[8]   Zhen Tao, Xiaodong Wang*, Xinyue Chen, Xianzhao Na. Theory of magnetostatic force inspection method for monitoring the oscillation marks of continuous casting. Experimental techniques. DOI 10.1007/s40799-016-0146-1

[9]   René Moreau, Zhen Tao and Xiaodong Wang*. A theoretical model for the Lorentz Force Particle Analyzer. Applied physics letters. 109,024104 (2016)

[10] Xiaodong Wang*, André Thess, René Moreau, Yanqing Tan, Shangjun Dai, Zhen Tao, Wenzhi Yang and Bo Wang. Lorentz force particle analyzer. J. Applied Physics. 120, 014903 (2016)

[11] San Zhang, Mengjian Zhu, Xun Zhao, Degan Xiong, Hong Wan, Shuxin Bai, Xiaodong Wang*. A pore-scale, two-phase numerical model for describing the infiltration behaviourof SiCp/Al composites. Composites Part A: Applied science and manufacturing.

90 (2016) 71-81 

[12] Wenzhi Yang, Xiaodong Wang*, Bo Wang, Florin Baltaretu, Jacqueline Etay and Yves Fautrelle. Numerical study of flow motion and patterns driven by a rotating permanent helical magnetic field, Metallurgical and Materials Transactions B. (2016) 10.1007/s11663-016-0762-2

[13] Bo Wang, Xiaogdong Wang*, Yuri Kolesnikov, San Zhang, Yangqing Tan, Xianzhao Na. An experimental prototype of an innovative fluid-driven electromagnetic stirring technique. J. Iron and Steel research, Inter. (2016) 23(5): 422-427

[14] 廖艳飞,王晓东*,那贤昭。金属液纯净度的原位、在线、定量监测方法——LiMCA技术回顾与展望。中国测试。(2016),4221-8

[15] 廖艳飞,王晓东*,那贤昭。油井磁防蜡技术中的Halbach型磁场的设计。中国科学院大学学报. Vol33. No.6. 766-770

[16] Wang Bo, Xiaodong Wang, Jacqueline Etay, Xianzhao Na, Xinde Zhang and Yves Fautrelle*. 2. Metallurgical and Materials Transactions B. (2016)

Vol.47B, 1369-1377, DOI: 10.1007/s11663-015-0446-3

(Nagy El- Kaddah award: Best paper in MHD in Materials processing, 2016, sites: TMS Santiago, USA)

 

2015

[17] Xinyue Chen, Xiaodong Wang*, Zhongming Ren, Zhen Tao, Xianzhao Na and Engang Wang. A magnetostatic force inspection method for monitoring the oscillation marks of continuous casting.Meas. Sci.Technol. 26(2015) 115601 (9pp).

[18] Wang Xiaodong*, Fautrelle Yves, Moreau Rene, Etay Jacqueline, Bianch Ana-Maria, Baltaretu Florin, Na Xianzhao. Flow, heat and mass transfers during solidification under traveling/rotating magnetic field. Int. J. Energy Environ. Eng.2015) 6: 367-373. DOI 10.1007/s40095-015-0181-1

[19] Yanqing Tan, Xiaodong Wang*, René Moreau. An innovative contactless method for detecting defects in electrical conductors by measuring a change in electromagnetic torque. Meas. Sci.Technol. 26(2015) 035602 (8pp).

[20] L. Hachani, K. Zaidat, B. Saadi, X.D. Wang, and Y. Fautrelle, Solidification of Sn-Pb alloys: Experiments on the influence of the initial concentration. Int. J. Thermal Sciences, 91(2015) 34-48

[21] 张新德,王晓东*,那贤昭,王松伟,倪明玖。一种用于驱动金属液的阿基米德型螺旋磁场。稀有金属材料与工程。第44卷,第10期(2015, pp.2465-2470

 

. 2014

[22] Xiaodong Wang*, Yurii Kolesnikov. A numerical visualization of physical fields in an electromagnetic pump with rotating permanent magnets. Magnetohydrodynamics. Vol. 50 (2014), No. 2, pp. 139–156

 

2013

[23] 王松伟,王晓东*,倪明玖,张新德,王增辉,那贤昭。模式螺旋磁场驱动金属液流动的研究。金属学报 Vol.49, No.5, pp.544-552

                                                         

2012

[24] Xiaodong Wang, Yurii Kolesnikov, André Thess. Numerical Calibration of a Lorentz Force Flowmeter. Meas. Sci.tech..Vol.23 (2012) 045005.

[25] Lakhdar Hachani, Bachir Saadi, Xiaodong Wang, Yves Fautrelle, et al. Experimental analysis of the solidification of Sn–3 wt.%Pb alloy under natural convection. Int. Journal Heat and Mass Transfer. Vol.55 (2012), pp.1986–1996.

[26] Rico Klein, Christian Weidermann, Xiaodong Wang, Andre Thess. Contactless flow measurement of liquid metals using Lorentz Force velocimetry. TM-Technisches Messen. 79 (2012) 9, pp.394-398. DOI 10.1524/teme.2012.0262.

 

2011

[27] Xiaodong Wang, Rico Klein, Yurii Kolesnikov and André Thess. Application of Lorentz Force Velocimetry to Open Channel Flow. Materials Science Forum. Vol. 690 (2011) pp. 99-102.

 

2010

[28] Anna Noppel, Alexander Ciobanas, Xiaodong Wang and Yves Fautrelle, etc. Influence of Forced/Natural Convection on Segregation During the Directional Solidification of Al-Based Binary Alloys. Metallurgical and Materials Transactions B. Vol.41B (2010), pp.193-208.

 

2009

[29] Xiaodong Wang, Mihaiela Isac and Roderick I.L.Guthrie. Numerical studies on the in-situ measurement of inclusions in liquid steel using the E.S.Z. or LiMCA technique. ISIJ. Vol. 49, No.7 (2009), pp.975-984.

[30] Xiaodong Wang, Yves Fautrelle, Jacqueline Etay and Réne Moreau. A periodically reversed flow driven by a modulated traveling magnetic field. Part I: Experiments with GaInSn. Metallurgical and Materials Transactions B. Vol.40B (2009), pp.82-90.

[31] Xiaodong Wang, Réne Moreau, Jacqueline Etay and Yves Fautrelle. A periodically reversed flow driven by a modulated traveling magnetic field. Part II: theoretical model. Metallurgical and Materials Transactions B. Vol.40B (2009), pp.104-113.

[32] Xiaodong Wang, Yves Fautrelle. An investigation of the influence on tin solidification using a quasi- two- dimensional experimental benchmark. Int. Journal Heat and Mass Transfer. Vol.52 (2009), pp.5624–5633.

 

2009年以前

[33] X.D. Wang, P. Petitpas, C. Garnier, J.P. Paulin and Y. Fautrelle. A quasi two-dimensional benchmark experiment for the solidification of a tin-lead binary alloy. Comptes rendus de academic mechanic. No.5 (2007), pp.1-6.

[34] X.D. Wang, A. Ciobanas, F. Baltaretu, A.M. Bianchi, Y. Fautrelle, Control of the Macrosegregation during Solidification of a Binary Alloy by means of a AC Magnetic Field, Materials Science Forum. Vol. 508 (2006), pp. 163-168.

[35] X.D. Wang, Y. Fautrelle, M.D. Dupouy, T.J. Li, J.Z. Jin. Free surface flow control and electromagnetically-driven stirring by a double-permanent-magnet-driver. Materials Science Forum. Vol.508 (2006), pp. 629-634.

[36]X.D. Wang, T.J. Li, Y. Fautrelle, M.D. Dupouy and J.Z. Jin. Two kinds of magnetic fields induced by one pair of rotating permanent magnets and their application in stirring and controlling molten metal flows, J. Crystal Growth. 275 (2005) , pp.654-661.

[37]Ch.-A.Gandin, J.Blaizol, Y.Fautrelle and X.D.Wang. Modeling of heat and solute interactions upon Grain structure solidification. Materials Science Forum. Vol.649 (2010), pp. 189-198.

[38] X.D. Wang, T.J. Li, J.Z. Jin. Study on phase well-balanced of a harmonic electromagnetic field. Journal of Dalian university of technology. Jan. (2002). Vol.42, No.1. 1- 4.

[39] X.D. Wang, T.J. Li, J.Z. Jin. Liquid metal flow driven and controlled by the magnetic force double-driving apparatus. Rare metal material and engineering. May (2002), 31(3): 187-191.

[40] X.D. Wang, T.J. Li, J.Z. Jin. The theory of a traveling magnetic field excited by a permanent magnet and its refining function on the metal solidification structure. Rare metal material and engineering. Feb. (2002), 31(1), pp.26-30.

[41] X.D. Wang, T.J. Li, J.Z. Jin. Effect of electromagnetic field on finial solidifying process of continuous casting. Acta Metallugica sinica. Sept. (2001), Vol.37, No.9. pp. 971-974.

[42] X.D. Wang, T.J. Li, J.Z. Jin. Effect of electromagnetic driver force on solidification of the billet. Material engineering. No.6, (2001). pp.13-15.

[43] X.D. Wang, T.J. Li, J.Z. Jin. Research on feeding mechanism during metal solidification under rotating electromagnetic field. Material engineering. No.11, (2001). pp.3-5.

[44] X.D. Wang, T.J. Li, J.Z. Jin. Research and development of magnetic force agitation. Material science and technology. Dec. (2000). Vol.8, No.4. pp.1-5.


发表著作
(1) 传热学, heat transfer, 大连理工大学, 2008-06, 第 1 作者
(2) 大自然的礼物--关于空气与水的科学之旅, Air and Water, 科学出版社, 2016-06, 第 1 作者

科研活动

中科院“"百人计划”

科研项目
( 1 ) 中科院“百人计划”经费, 主持, 部委级, 2011-09--2016-09
( 2 ) 模式电磁场的开发与应用, 主持, 部委级, 2012-11--2013-04
( 3 ) 液态金属在磁约束核聚变环境下速度检测与控制的研究, 主持, 部委级, 2012-11--2015-12
( 4 ) 固、液导体中第二相微颗粒的电磁探测, 主持, 国家级, 2014-01--2017-12
( 5 ) 实验观测磁控对流对晶体生长的作用, 主持, 部委级, 2014-01--2016-10
( 6 ) 译著《空气与水 — 信风、飓风、洋流、海啸等的自然界奥秘》, 主持, 部委级, 2014-01--2014-12
( 7 ) 液态钢渣中金属液滴的电磁分离技术基础研究, 参与, 国家级, 2016-01--2019-12
( 8 ) 在线,原位,定量监测微颗粒的电磁探测仪研制, 主持, 部委级, 2016-01--2018-06

教授课程