姓名李刘合 英文名 Liuhe（Mark） Li

出生年月
1970,4
籍贯
河南

职称
教授
学历
博士

电话

办公室
新主楼B107

系别
机械学院702
职务
系主任

电子信箱
liliuhe@buaa.edu.cn
传真


个人主页

◆学习经历

Q 1996/09-1999/09哈尔滨工业大学，材料学院
Q 1994/09-1996/07哈尔滨工业大学，材料学院
Q 1990/09-1994/09 郑州大学，机械学院

◆工作经历

Q 2009/07-至今 北京航空航天大学，机械学院材料加工与控制系，教授

◆研究领域

Q 表面工程:全方位离子注入；真空电弧沉积（多弧离子镀）；磁控溅射等先进真空薄膜制备方法、工艺、材料
Q 高效切削刀具:难加工材料的高效切削
Q 材料先进连接技术；
Q 等离子体表面改性物理及材料、方法、电源及设备;PVD过程控制
Q 表面改性膜层材料力学性能分析及结构设计。
Q 功能涂层

◆荣誉及奖励

Q 2007，北京市优秀人才
Q 2007年，教育部新世纪优秀人才
Q 2008年，上海市科技二等奖

◆开授课程

本科生课程：
Q 现代表面改性技术
Q 快速制造设备及工艺
Q 机械工程概论
Q 焊接工艺及设备
Q 熔焊原理
Q 制造工程基础
Q 工程材料
Q 机械之美
Q 综合实验
Q 工程材料实验
研究生课程
Q 近代材料测试方法
Q 等离子在表面改性中的应用

◆教学及科研成果

研究主要包括电子聚焦电场增强等离子体离子注入、真空电弧等离子体及其弯曲磁过滤理论与技术、全方位离子注入膜基界面超高结合力方法与理论等三个方向。提出“物理气相沉积”与“全方位离子注入”相结合的涂层制备方法。解决了“膜基结合力、结构稳定性、成膜均匀性”三大问题，成功在多家公司、中科院等单位实现工业化应用。在国际上，提出了一种电子聚焦电场增强的等离子体基离子注入（Enhanced Glow Discharge Plasma Immersion Ion Implantation： EGD-PIII）新方法。提出无辅助阳极弯管过滤理论。成功解释了静态电、磁场作用下真空阴极弧斑的反洛伦茨力“后退”的机理，建立了弯曲电弧等离子体输运模型。发明了智能监听与引弧稳弧系统、发明了利用磁场奇点燃弧，利用切向磁场传输的高效带状电弧弯曲过滤系统，研究了高效带状等离子弯曲过滤机理。负责完成国家重大专项、国防科技预研、武器装备预研、国家自然科学基金、北京市科技计划重点等的研究工作。申请并获得国内外发明专利10余项，获得美国专利3项，发表研究论文170余篇。

◆学术与社会服务
中国电工技术学会电子束离子束分会委员，焊接学会堆焊及表面工程分会委员，机械工程学会表面工程委员会委员，《表面技术》、《Scientific World Journal: Materials Science》等杂志编委


Curriculum Vitae (CV)

Proffessor Liuhe （Mark）Li
Room B107, New Main Buliding
School of Mechanical Engineering and Automation
Beihang University (Beijing University of Aeronautics and Astronautics)
Xueyuan Road, 83# , Beijing, P. R. China.
Tel.&Fax: 86-
E-mail: liliuhe@buaa.edu.cn


BIOGRAPHY
Liuhe (Mark) Li was appointed Professor at the Beihang University in July 2009 . He received his BS in Welding Methods & Equipment from Zheng Zhou University in 1994. Under the supervision of Prof. Lifang Xia, He received his PhD and MS degree in Material Science & Engineering from the Harbin Institute of Technology, Heilongjiang Province, in 1996 and 1999, respectively.
In his current appointment, He is the head of Department of Materials Processing & Controlling and leads a large research group specializing in materials and applied plasma related technologies. In addition to leading a number of large National Science and Technology Major Project, several projects from National Natural Science Foundation of China, he is also responsible for major industry sponsored projects on surface modification of tools, Bearings and Moving Parts. He is also the designer of several Physical Vapor Deposition equipments both for several famous Institutes of Chinese Academy of Science and for some companies. He has received a number of prestigious prizes for her work including the Winner of Education Ministry's New Century Excellent Talents Supporting Plan, Beijing’s Excellent Talents Supporting Plans. He also awarded the Second Prize for Progress in Science and Technology from Shanghai Province in 2012. Liuhe (Mark) Li has authored and co-authored over 170 refereed journal articles, 3 book chapters and holds 8 China patents and 3US patents. His group undertakes research into exciting new areas of applied plasma physics that have practical 'real world' applications in industry, materials and the environment. The research group currently has major projects underway in the areas of:
novel plasma deposition and processing methods to create new materials;
the development of thin film materials for application in the Mechanical Engineering, and Aeronautics and Astronauts industries;
materials for novel applications with super properties such as super high hardness, super low coefficient of friction, special surface energy.
The group has a number of high quality analysis methods available in our labs for the creation and characterization of plasma, thin film materials.


ACADEMIC BACKGROUND:
· 2009,7-present Professor, Beihang University.
· 2001,6 –2009,7 Associate Professor, Beihang University.
· 1999,9-2001,6 Postdoctoral Fellow, Beihang University
· 1999,PhD in material science, Harbin Institute of Technology
· 1996, MPhil in material science, Harbin Institute of Technology
· 1994,BS in welding, Zhengzhou University

ACADEMIC APPOINTMENTS:
Professor, School of Mechanical Engineering and Automation. 2009,7, present.

AWARDS:
· Elitist of Beijing Prize, 2007
· New Century Elitist of China , ministry of education, 2008
· Second-Rate Prize of Science and Technology awarded by the Ministry of Shanghai, 2009