Design and fabrication of the microplasma reactor for maskless scanning plasma etching. - Li Wen; Qiuping Zhang; Weiwei Xiang; Hai Wang 018; Jiaru Chu (NEMS, 2009)

Electrical and optical testing system for microplasma in scanning plasma etching. - Weiwei Xiang; Li Wen; Hai Wang 018; Qiuping Zhang; Jiaru Chu (NEMS, 2009)

Simulation and experiments of intrinsic bending of multilayer microcantilever for maskless scanning plasma etching. - Li Wen; Hongjiang Zeng; Zheng Yuan; Jiaru Chu; Hai Wang 018 (NEMS, 2011)

Simulation of piezoelectric plasma micro-thruster. - Hai Wang 018; Yang An; Zhan Wang; Han Li; Li Wen (NEMS, 2014)

Simulation and experiments of broadband piezoelectric energy harvesting devices. - Hai Wang 018; Xuan Zhou; Wanqun Qiu; Bangchen Fu; Li Wen (NEMS, 2014)

Development of microplasma devices arrays for maskless nanoscale material etching. - Li Wen; Han Xie; Jiaru Chu; Hai Wang 018 (NEMS, 2014)

Fabrication of thin-wall inverted pyramid hollow tips array and nano-aperture for maskless nanoscaled plasma patterning. - Jie Liu; Li Wen; Han Li; Hai Wang 018; Jinlan Peng (NEMS, 2015)

One dimensional simulation of microscale DBD plasma. - Hai Wang 018; Han Li; Li Wen (NEMS, 2015)

Simulation and experiment of inverted pyramid DBD micro-plasma devices array for maskless nanoscale etching. - Yichuan Dai; Li Wen; Jie Liu; Hai Wang 018 (NEMS, 2016)

Measurement of output current for ferroelectric micro-plasma thruster. - Hai Wang 018; Biao Yang; Yang Any; Li Wen (NEMS, 2016)

Simulation of AFM indentation of soft biomaterials with hyperelasticity. - Hai Wang 018; Yang Biao; Yang Chunlai; Li Wen (NEMS, 2017)

Electrical and optical diagnostic of ferroelectric micro-plasma thruster. - Hai Wang 018; Yan Biao; Yang Chunlai; Li Wen (NEMS, 2017)

Research on Key Technologies of Human Upper Limb Bone Diagnosis based on Convolutional Neural Network. - Hongbo Du; Yaling Zhao; Hai Wang 018; Chunlai Yang; Yongmin Liu; Lei Wang; Manman Xu; Jingsong Gui; Tielong Tan; Xiangdong Wang (DSA, 2022)

Weld Image Recognition based on Deep Learning. - Yaling Zhao; Hongbo Du; Hai Wang 018; Chunlai Yang; Yongmin Liu; Lei Wang; Manman Xu; Jingsong Gui; Tielong Tan; Xiangdong Wang (DSA, 2022)