Welcome to College of Control Science and Engineering

Xiaozhe Chen

Author:Publisher:伏健Update Date:2021-11-30View Times:64

»Full Name:Xiaozhe Chen

»Affiliation:Control Technology and Instruments

» Academic   degree:Doctor

» Title:Lecturer

» Major:Measuring and Testing Technologies

» Tutor   category: 

»E-mail:chenxiaozhe@upc.edu.cn

» Tel:+86-15901272572

◎Research Areas

Femtosecond laser micro-nano   manufacturing, Functional micro-nano surface manufacturing

◎Education

2009.09-2013.07 Anhui Agricultural University, School   of Engineering, Majoring in Agricultural Mechanization and Automation, Bachelor

 

2014.09-2016.07 Anhui University of Science and   Technology, School of Mechanical Engineering, Mechanical Engineering, Master

 

2016.09-2021.07 Beijing Institute of Technology, School   of Mechanical Engineering, Mechanical Engineering, PhD

◎Employment

Sep., 2021 -- present, Lecturer, School of Control   Science and Engineering, China University of Petroleum (East China)

◎Courses Offered

 

 

◎Guiding graduate students

 

 

◎Funding and Projects

 

 

◎Awards & Honors

 

 

 

◎Representative Publications

[1] Chen Xiaozhe, Li Xin, Zuo Pei, Li Xiaojie, Liang Misheng, Sun   Jiaxin, Wang Mengmeng, Wang Sumei, Jiang Lan. Controllable fabrication of   unidirectional liquid spreading surface through confining plasma eruption and   femtosecond laser double pulses[J]. Applied Surface Science, 2020, 504:   144110.(SCI, IF: 6.707)

 

[2] Chen Xiaozhe, Li Xin, Zuo Pei, Liang MiSheng, Li Xiaojie, Xu   Chenyang, Yuan Yongjiu, Wang Sumei. 3D maskless fabrication of bionic-unidirectional   liquid spreading surfaces using a phase spatially shaped femtosecond   laser[J]. ACS Applied Materials & Interfaces, 2021, 13: 13781-13791.(SCI, IF: 9.229)

 

[3] Liang Misheng, Li Xin, Jiang Lan, Ran Peng, Wang Hongzhi, Chen   Xiaozhe, Xu Chenyang, Tian Mengyao, Wang Sumei, Zhang Jiatao, Cui Tianhong,   Qu Liangti. Femtosecond laser mediated fabrication of micro/nanostructured   TiO2-x photoelectrodes: Hierarchical nanotubes array with oxygen vacancies   and their photocatalysis properties[J]. Applied Catalysis B: Environmental,   2020, 277: 119231.(SCI IF:   19.503)

◎Patent