[2] Yang Xiaodong, Chun and Guo Tian Zhengdian, Miniaturization and Precision Engineering by Electrostatic Induction Feeding, Vol. 34/2, 20 10, pp. 279-285 (SCI).
[3] Kunieda, M., Hayasaka, A., Yang X.D., Sano, S., and Araie, I., Yearbook, Vol. 56/ 1, 2007, p. 2.
[4],,, Guo, Guo Tian Zhengdian, Molecular Dynamics Simulation of Material Distribution in Micro-EDM Gap, HPC, Gifu, Japan, 20 10, pp:343-346.
[5],, Guo,, Guo Tian Zhengdian, Molecular Dynamics Simulation Study on the Effect of Material Microstructure on Micro-EDM, 16,2010,717-720.
[6], Guan Xinchi, Study on the application of electrostatic induction feeding method in micro WEDM, ISEM XVI, 20 10/0,675-680.
Xiao Ye Youhong, You Na Yaye, Guotian Zhengdian and Yang Xiaodong, High-speed Micro-EDM with electrostatic induction feed method, 16th ISEM, China, Shanghai, 20 10, 699-602.
Yang Xiaodong, Wan Yong, Hu Fuqiang, Study on the Influence of Stray Inductance in Micro-EDM by Electrostatic Induction Feed, icope 2010&; 13 Singapore ICPE, 20 10, key engineering materials, vol. 447-448, pp. 263-267.
You Na Ye Haiji, Koya Noyo Hiroshi, Guo Tian Zhengdian, and Yang Xiaodong, High-speed WEDM using electrostatic induction feed method, icope 2010&; 13 Singapore ICPE, 20 10, key engineering materials vol. 447-448, pp. 268-27 1.
[10],, Guo,, Molecular Dynamics Simulation of Discharge Pit Formation in Micro-EDM, 2009 Asian Symposium on Precision Engineering and Nanotechnology, Kokura, Japan, Best Paper Award.
[1 1] Yang Xiaodong, Liu Peng, triangulation optimization based on fault sequence data, Tsinghua science and technology, vol. 14/S 1, pp. 38-42 (2009).
Yang, XD. Kunieda, M. and Sano, S., "Study on the Influence of Stray Capacitance in Micro EDM with Electrostatic Induction Feed", International Journal of Electromachining, 2008,No. 13, pp. 35-40.
[13] Yang Xiaodong, Liu Bohong, Yan Wang, triangular surface reconstruction of CT images based on isosurface construction, applied mechanics and materials, 10- 12, pp. 503-507 (2008).
[14] X.D. Yang, Y. Wang, and P. Yang, 3D modeling of orthodontics based on optical measurement, applied mechanics and materials, vol. 10- 12, pp. 662-666 (2008).
[15] Yang Xiaodong, Masanori Kunieda and Sadao Sano, Study on the Influence of Strain Capacity in Micro-EDM by Electrostatic Induction Feed, proc .AEMS 2007, Nagoya, Japan, 2007, PP: 236-24 1 Best Paper Award.
Yang, XD. Mu Sen, M., Kunieda, M., Araie, I., and Sano, S. "Micro-EDM characteristics using electrostatic induction feed", Proc .ISEM XV, Pittsburgh, USA, 2007, p. 23 1-234.
[17] Ya Youming, Nobuyoshi Kotani, Guozhi Zhengdian, Yang Dongdong, high-speed rotating spindle, electrostatic induction power supply, micro-discharge machining, upward machining characteristics,
[18] You Mingya, Kotani Shinichi, Guodian, Yang Dongdong, electrostatic induction feed, high-speed rotating shaft, micro-discharge machining, 2000.
[19] Yang Dongdong, Xu Chunwei, Guozhi Zhengdian, Micro-refinement of electrostatic induction feeding method, National Congress of Japan Precision Industry Association in 2008, 2000.
[20] Mori Jiangren, Guozhi Zhengdian, Yang Yundong, Sano Dingnan, electrostatic induction power supply, "ぃた" for micro EDM, Electromachining Technology, Vol.3 1/98, 2007, PP: 60.
[2 1]
[22] Yang Dongdong, Musen Jiangren, Guo Zhi Zhengdian, Xin Jiayilang, Sano Dingnan, electrostatic induction power supply, measuring the influence of electrodes on electrode discharge machining,
[22] Yan, Yang Yundong, Guo Zhi Zhengdian, Xin Jia Ichiro, Micro-discharge machining characteristics of electrostatic induction power supply, academic report of the 2006 National Congress of Japan Precision Industry Association, 2006, pp:679-680.
[24] Yang Xiaodong, Zhao Wansheng, prediction of EDM process based on artificial neural network, Journal of Harbin Institute of Technology, Vol.37/8, August 2005, PP:1029-1031.
[25] Huang Haipeng,,, Research on 3D modeling and rapid prototyping technology of concealed dental appliance, 2005, 12.
[26], Song, Zhao Wansheng, Electric Parameter Optimization Model of EDM Based on Genetic Algorithm, Journal of Harbin Institute of Technology, Vol. 34/4, pp. 450-454 (2002) [1] Special Machining (5th Edition), Mechanical Industry Press, July 2008.
[2] Special Processing Technology, Harbin Institute of Technology Press, August 2006.
[3] Micro-machining Technology, National Defense Industry Press, 2005.8
[4] Advanced EDM technology, National Defense Industry Press, 2003.5438+00 [1] Research on energy-saving precision and efficient CNC EDM technology and equipment.
Second Prize of Science and Technology in Heilongjiang Province in 2009
[2] Research on energy-saving precision and efficient CNC machining technology and equipment.
First Prize of Science and Technology in Heilongjiang Province in 2009
[3]2009 Asian Symposium on Precision Engineering and Nanotechnology,
Japan Kokura 2009/ 1 1 Best Paper Award
[4]2007 Asian Electromachining Seminar,
Nagoya, Japan, 2007/ 1 1, Best Paper Award