1997/09-2002/04,（俄罗斯）莫斯科国立包曼技术大学🤾🏼‍♂️，博士

1991/09-1997/07,（俄罗斯）莫斯科国立包曼技术大学，学士🖐🏿、硕士

1990/10-1991/07,（苏联）列宁格勒加里宁综合技术学院👨🏼‍🔬，俄语预科

1990/09-1990/10,北京K8凯发平台娱乐开户官方网站🚵🏼‍♂️，本科生

2013/10-至今, 凯发平台💣🤼‍♀️，副研究员

2005/03-2013/10, 北京K8凯发平台娱乐开户官方网站精密仪器与机械学系/凯发平台🏄🏿‍♀️，讲师

2002/12-2005/03, 北京K8凯发平台娱乐开户官方网站精密仪器与机械学系，博士后

本科生课程：

机械设计基础B（3）

磁悬浮轴承与磁力传动技术；

气浮轴承技术；

密封技术；

水处理技术‼️。

研究概况：  

参加多项863🦜、奥运攻关项目的研究工作🙎🏼👋🏼，参与设计并制作了生物反

馈神经康复机器人、生物反馈跳水训练系统🚶🏻‍➡️、生物反馈赛艇运动训练系统、下肢专项力量训练器等运动训练与医疗康复设备；

作为技术负责人完成了十一五科技支撑计划课题“远洋船舶压载水物理净化  

处理技术”（课题编号2006BAC11B05）的研发工作🛍️，并形成了具有我国自主知识产权的压载水成套产品技术；

主持参加多项国家重大专项、自然基金、航空基金等课题🪆，主要研究领域包括：主动磁悬浮轴承保护轴承损伤失效机理；主动磁悬浮轴承状态识别与跌落后主动控制策略；跌落损伤转子动力学与碰摩损伤累积；磁力传动与磁力调速技术💾；高温摩擦副材料；往复橡塑密封技术🧣、氢燃料电池电堆密封技术等⚜️。

在国内外杂志上发表学术论文50余篇🪩，其中以第一👶🏻、第二或通讯作者发表SCI和EI论文20余篇👃🏽；申请👩🏽‍🏭、公开或授权发明专利50余项🧑🏼‍🦲。

代表性文章

[1] Zhang Y,Wang Z,Ji L*,Bi S. The clinical application of the upper extremity compound movements rehabilitation training robot. Proceedings of the 2005 IEEE 9th International Conference on Rehabilitation Robotics. 2005.

[2] Sheng Bi*,Linhong Ji,Zixi Wang. Robot-aided sensorimotor arm training methods based on neurological rehabilitation principles in stroke and brain injury patients. 2005 IEEE Engineering in Medicine and Biology 27th Annual Conference.

[3] Cao H,Wang Z,Ji L*,Chen X,Yan L,Liu G. Synchronized surface electromyography for muscular coordination of legs in speed skating. Qinghua Daxue Xuebao/Journal of Tsinghua University.2005,vol: 45 (8).

[4] Yang X，Wang Z，Ji L*，Bi S. Kinematics index for motor-function evaluation of shoulder and elbow joints. Qinghua Daxue Xuebao/Journal of Tsinghua University.2006,vol: 46 (2).

[5] Gao W,Wang Z,Ji L*. Methods of enhanced leg strength training for speed skaters.Qinghua Daxue Xuebao/Journal of Tsinghua University.2008vol: 48 (2).

[6] Yao C,Wang Z,Ji L*. A research on the feasibility of automatic Fugl-Meyer assessment for upper limb based on rehabilitation devices. I-CREATe 2008 - International Convention on Rehabilitation Engineering and Assistive Technology. 2008.

[7] Wang Z*,Xing X,Ma L. The inactivation effect of ultraviolet disinfection reactor on the high concentration of bacteriophage MS2. Journal of Food, Agriculture and Environment.2013, vol: 11 (1).

[8] Wang Z*,Zhao J,Jia X,Fang J,Zhang B,Ding G. Influence of Inactivation Treatment of Ship's Ballast Water on Corrosion Resistance of Ship Steel Plate. Journal of Iron and Steel Research International.2013, vol: 20 (11).

[9] Zhang Y,Wang Z*,Cai L,Cai X,Sun W,Ma L. Tests to evaluate the ecological impact of treated ballast water on three Chinese marine species. Chinese Journal of Oceanology and Limnology.2014, vol: 32 (5).

[10] Lyu M,Wang Z*,Liu T,Jia X,Wang Y. Frequency Analysis of the Orbit Responses of Active Magnetic Bearings in Touchdown Using Hilbert Transform. International Journal of Structural Stability and Dynamics. 2017, vol: 17 (8).

[11] Guo F,Wang Z,Liu Y,Wang Y,Tian Y. Investigation of ultra-low friction between self-mated Si3N4 in water after running-in.Tribology International.2017, vol: 115.

[12] Liu Y,Wang Z,Sun Q,Yin B,Cheng J,Zhu S,Yang J,Qiao ZLiu W. Tribological behavior and wear mechanism of pure WC at wide range temperature from 25 to 800°C in vacuum and air environment. International Journal of Refractory Metals and Hard Materials. 2018, vol: 71.

[13] Liu J,Wang Z,Yang J,Yin B,Sun Q,Liu Y,Wang S,Qiao Z. Study on tribological behaviors of Si3N4 based ceramics sliding against POM under different solutions. Tribology International. 2018, vol: 118.

[14] Liu T,Lyu M,Wang Z*,Yan S. An identification method of orbit responses rooting in vibration analysis of rotor during touchdowns of active magnetic bearings. Journal of Sound and Vibration.2018, vol: 414.

[15] Lyu M,Liu T,Wang Z*,Yan S,Jia X,Wang YA control method of the rotor re-levitation for different orbit responses during touchdowns in active magnetic bearings. Mechanical Systems and Signal Processing. 2018, vol: 105.

[16] Lyu M,Liu T,Wang Z*,Yan S,Jia X,Wang Y. Orbit Response Recognition during Touchdowns by Instantaneous Frequency in Active Magnetic Bearings. Journal of Vibration and Acoustics, Transactions of the ASME. 2018, vol: 140 (2).

[17] Sun Q,Wang Z,Yin B,Yang J,Liu J,Liu Y,Cheng J,Zhu S,Qiao Z. The tribological properties and wear mechanism of copper coated graphite doped Sialon ceramic composites at wide range temperature from 25 to 800 °C. Tribology International 2018 vol: 123 July 2018, Pages 10-16.

[18] Liu J,Wang Z,Yin B,Yang J,Sun Q,Liu Y,Tan H,Qiao Z. A novel method to prepare self-lubricity of Si3N4/Ag composite: Microstructure, mechanical and tribological properties. Journal of the American Ceramic Society 2018.

[19] Qichun Sun, Zixi Wang, Jun Yang, Yulin Liu, Jiongjie Liu, Zhuhui Qiao, Weimin Liu. High-performance TiN reinforced Sialon matrixcomposites: a good combination of excellenttoughness and tribological properties at a wide temperature range. Ceramics International Volume 44, Issue 14, 1 October 2018, Pages 17258-17265.

[20] Yuan Yin,Weifeng Huang,Xiangfeng Liu,Ying Liu,Zixi Wang,Wenjing Fan,Songtao Hu. Analysis of the Dynamic Friction of a Gas Face Seal Based on Acoustic Emissions[J]. Tribology Letters,2018,66(3).

[21] 闫传祥,贾晓红,郭飞,王子羲.一种基于反向泵送机制的唇形密封解析模型[J].润滑与密封,2018,43(12):22-26.

[22] 王波,项冲,安增军,戴亚,王子羲,郭飞.基于TRIZ理论的旋挖钻机技术进化路线分析[J].筑路机械与施工机械化,2018,35(09):33-38.

[23] 刘涛,吕民东,王子羲,阎绍泽.基于GLCT的磁悬浮轴承跌落过程中反向涡动轴轨迹瞬时频率提取[J].流体机械,2018,46(01):15-19.

[24] Ibrohim Rustamov，Gaolong Zhang，Margarita Skotnikova，Yuming Wang👵，Zixi Wang*. Fretting Wear Behavior and Damage Mechanisms of Inconel X-750 Alloy in Dry Contact Condition. Journal of Tribology. Vol. 141. APRIL 2019, 041603-01-08

[25] Rustamov I,Sabirova O,Wang Z, et al.，Fretting Wear Behavior and Damage Mechanisms of Inconel X-750 Alloy in Dry Contacts. Advances in Materials Science and Engineering. (2019) 2019 1-15

[26] Rustamov, I., Guo, F. & Wang, Z. Experimental investigations into fretting wear and damage mechanisms of Inconel X-750 alloy. J Mech Sci Technol 33, 4701–4713 (2019) doi:10.1007/s12206-019-0818-8

[27] Jiongjie Liu, Zixi Wang, Jun Yang, Hui Tan, Zhuhui Qiao, Weimin Liu,TiO2-supported 2D layered carbon derived from CO2 oxidation Ti3C2 for strengthening Si3N4 ceramic,Materials Letters,Volume 256,2019,126646, https://doi.org/10.1016/j.matlet.2019.126646.

[28] Sun, Qichun & Wang, Zixi & Yu, Yuan & Yang, Jun & Tan, Hui & Qiao, Zhuhui. (2019). Sialon tailoring copper-based composite to achieve high strength, high strain integrated with excellent wear resistance. Tribology International. pp: 127-138(2019) 137. 10.1016/j.triboint.2019.04.032.

[29] Shemyakinskiy BA, Skotnikova MA, Wang ZX, Alkhimenko AA. Studies of Tribological and Corrosion Properties of Coatings Based on Iron for Light Alloy Drill Pipes of Aluminium Alloys. Key Engineering Materials 2019;822:709–15. https://doi.org/10.4028/www.scientific.net/kem.822.709.

[30] Shemyakinskiy BA, Skotnikova MA, Wang ZX, Alkhimenko AA, Lozhechko VP. Comparative Tribological Testing of Diamond-Containing Inserts of Bearings of Main Shaft of Rotary Steerable Systems. Key Engineering Materials 2019;822:669–76. https://doi.org/10.4028/www.scientific.net/kem.822.669.

[31] Jiang B , Jia X , Wang Z , et al. Influence of Thermal Aging in Oil on the Friction and Wear Properties of Nitrile Butadiene Rubber[J]. Tribology Letters, 2019, 67(3).

[32] Yijie Huang, Zixi Wang, Lingfei Gao, et al. The deterioration of foamed silicone rubber in humid and hot environments. 2019, 55(6):633-654.

[33] Xiang C , Wang Z , Jia X , et al. Numerical simulation model of a reciprocating seal based on the mixed-lubrication theory[J]. 2019, 2019(13):49-53.

[34] Zhu Z , Ding Y , Wang Z , et al. High-performance plasmonic refractive index sensors via synergy between annealed nanoparticles and thin films[J]. Nanotechnology, 2020, 31(25).

主要专利

[1]王子羲,许强,王瑞琰,周行轩. 一种单端操作式灯管插拔装置. CN103746242A.

[2]刘莹,刘向锋,王悦昶,黄伟峰,高志,王子羲,索双富,王玉明,李鲲. 一种具有能动与非能动停车密封的核主泵机械密封系统. CN103790855A.

[3]王子羲,魏海永,潘泽浩,唐磊. 一种单向操作快捷插座装置. CN103794944A.

[4]刘莹,高志,丁泽,黄伟峰,刘向锋,李永健,王子羲,王玉明,李鲲,张杰. 一种具有非能动停车密封装置的核主泵三级机械密封系统. CN103821758A.

[5]王子羲,贾连军,方建国,赵京辉,付军林,王永福,杨晓东,李建清. 一种唇式平行管外壁物理清洗装置. CN103949443A.

[6]王子羲,贾连军,方建国,赵京辉,付军林,王永福,杨晓东,李建清. 一种弦式平行管外壁物理清洗装置. CN103949444A.

[7]王子羲,林嘉,赵京辉,付军林,李建清. 一种驱动阀门的气动执行器. CN101858458A.

[8]王子羲,林嘉,赵京辉,付军林,李建清. 一种气体辅助液体反冲洗过滤器的方法及装置. CN101934163A.

[9]王子羲,陈里宁,谢群,姚重阳. 一种训练平面可调式上肢偏瘫康复机器人装置. CN101347380.

[10]王子羲,季林红,陈里宁,谢群,姚重阳. 一种训练平面可调式上肢偏瘫康复机器人装置. CN101401765.

[11]刘涛,吕民东,王子羲,贾晓红,王玉明. 一种磁悬浮轴承轴系跌落轨迹响应识别方法. CN106503387A.

[12]李永健,胡翔宇,索双富,黄伟峰,郭飞,王子羲,高志,王玉明. 一种有鳍片的低迟滞接触式指尖密封. CN106567747A.

[13]吕民东,王子羲,哈里,贾晓红,王玉明. 磁悬浮轴承抗跌落性能的测试实验台. CN106950062A.

[14]吕民东,王子羲,哈里,贾晓红,王玉明. 测量磁悬浮轴系与保护轴承之间接触力的平台. CN107179148A.

[15]吕民东,刘涛,王子羲,郭飞,贾晓红,王玉明. 磁悬浮轴系跌落轨迹识别与重新悬浮的控制方法及装置. CN107220456A.

[16]吕民东,王子羲,哈里,贾晓红,王玉明. 测量磁悬浮轴系与保护轴承之间接触力的平台. CN206648760U.

[17]黄伟峰,刘向锋,尹源,高志,刘莹,李永健,王子羲,贾晓红,郭飞. 具有功能组件安装结构的机械密封装置[P]. CN110486474A,2019-11-22.

[18]丁道军,陆东生,潘峰,江明,杨磊,胡春华,王波,安增军,卢璐,王子羲,段永海,甄文媛,李子麟,许强,郭越红. 一种可移动式泥浆制备循环处理系统[P]. CN110357384A,2019-10-22.

[19]罗克伟,郑宁敏,尹元,武奋前,江明,杨磊,刘开,陈玮雨,王子羲,段永海,甄文媛,李子麟,许强,郭越红. 一种装配式临时路面[P]. CN110344299A,2019-10-18.

[20]肖树,吴威,徐铼,江明,杨磊,秦剑,刘开,马勇,王波,安增军,卢璐,王子羲,段永海,甄文媛,李子麟,许强,郭越红.一种磁力传动潜水钻机[P]. CN110344751A,2019-10-18.

[21]王子羲,李德才,郭越红.一种磁耦合传动磁流体密封装置[P]. CN110274028A,2019-09-24.

[22]丁道军,陆东生,潘峰,杨兵,舒邦京,刘强,高歌,王子羲,段永海,甄文媛,李子麟,许强,郭越红. 一种吊钻一体机[P]. CN110259381A,2019-09-20.

[23]黄伟峰,王玉明,王廷玉,刘莹,李永健,李德才,王子羲,贾晓红,郭飞,索双富,潘晓波.旋转机械设备的多阶层双列槽密封端面结构[P]. CN110242751A,2019-09-17.

[24]王子羲,李德才,郭越红.一种磁流变临时路面[P]. CN110219218A,2019-09-10.

[25]鄢庆锰,李扬森,林少远,郑凤林,江能明,江明,杨磊,胡春华,陈玮雨,王子羲,段永海,甄文媛,李子麟,许强. 一种临时拼接路面的铺收装置和临时路面铺收车[P]. CN110219219A,2019-09-10.

[26]黄伟峰,刘向锋,尹源,刘莹,李永健,李德才,王子羲,贾晓红,郭飞. 智能型机械密封系统及其实现方法[P]. CN110159764A,2019-08-23.

[27]王子羲,李德才,柯玉超,方炳虎,夏迎松,郭越红,李树强,霍晔. 一种氢燃料电池电堆磁流体密封装置[P]. CN110137530A,2019-08-16.

[28]王子羲,李树强,周银河,郭越红. 一种防结垢电渗透电极板装置[P]. CN110117151A,2019-08-13.

[29]王子羲,李德才,柯玉超,方炳虎,夏迎松,郭越红,李树强,霍晔. 一种磁力引导双组分粘合剂管道泄漏密封装置[P]. CN110081269A,2019-08-02.

[30]黄伟峰,尹源,刘向锋,索双富,刘莹,王玉明,王子羲,李永健. 机械密封装置[P]. CN209196113U,2019-08-02.

[31]王子羲,李德才,段永海,李树强,郭越红.一种磁流体机械手[P]. CN110039562A,2019-07-23.

1. 《高效过滤和紫外灭活在海盾压载水处理技术及产业化中的应用》获得2013年度中国航海学会科学技术奖（省部级奖励），二等奖，个人排名第二。

2. 磁悬浮轴承技术与应用🤚🏻，获得2011~2016年度中国机械工程学会学会工作成果奖🤸‍♀️。

3.《一种驱动阀门的气动执行器》获得第二十三届（2019年）全国发明展览会银奖🤵‍♀️👮🏻‍♂️。