Academic Areas: Laser Technology
Born in Nov. 1963, Dr. Tang Xiahui is now a professor and Ph.D. supervisor at School of Optical and Electronic Information, and vice director of National Engineering Research Center for Laser Processing , HUST. He is also the executive member of Laser Processing Committee of the COS, standing director of Hubei Machine Engineering Society, vice president of Hubei Laser Society and editor of Laser Technology.
His main research fields are high power gas laser, integration of high power laser processing system and laser processing technology. He has special expertise on the field of the resonator technology in high power CO2 gas laser, new blower technology and gas flow field, RF gas electronics and charge characters and RF power technology. As the project director, accomplished one project in The Ministry of Science and Technology "Eleven. Five" science and technology project, one project in Hubei Province "Eleven. Five" key technology research project and other 10 projects at ministry-level. Taken charge (or participated in) nearly 60 important transverse projects from industrial companies.
Within the field of high power and high beam quality CO2 gas laser and its application, he has achieved 5 items of ministry-level identification results, nominated to the first prize of National Advanced Science and Technology Award, Ministry of Education, 2004, as first accomplished person. He has won second prize of Hubei Advanced Technology, 2004. He has also acquired 3 state authorized patents, and is now declaring 5 state patents. He has published over 60 papers on important science journals at both home and aboard. He has wrote and published book Laser Welding Diamond Tool, 2004, and High Power Transverse CO2 Laser and Application, 2008.
PhD, 2000, Huazhong University of Science and Technology.;
Bachelor, Mechanical Engineering, 1986, Huazhong University of Science and Technology.
 Gen Li, Xiahui Tang, Du Wang, Yingxiong Qin, Longsheng Xiao．Excess noise in strip off-axis confocal unstable resonators．Journal of Modern Optics．2012，59(3)，235－240
 Du Wang, Yingxiong Qin, Xiahui Tang, Longsheng Xiao．Eigenvector method for unstable resonator simulations．Optics Coumunications．2011，in press
 Du Wang, Gen Li, Yingxiong Qin, Xiahui Tang．Output beam characteristics of the radio frequency & ndash; excited slab CO2 laser with unstable-waveguide hybrid resonator．Optical Engineering，2011，50(9)，094204-1-094204-5
 Rutao Zhong, Yingxiong Qing, Xiahui Tang． Laser power microcosmic fluctuation’s influence on processing quality. China Laer, 2010, 37 (10), 2638-2641.
 Qin Yingxiong, Xiao Longsheng, Wang Du, Tang Xiahui．Output beam characteristics of a toric concave mirror laser resonator．Optical Engineering, 2009，48(10), 104202-1-104202-5
 Qin Yingxiong, Xiao Yu, Li Gen, Liu Juan, Peng Hao, Deng Qiansong，Tang Xiahui．Numerical simulation of a laser resonator with an in-phase doughnut-like output beam．Journal of Modern Optics，2009，56(16)，1804－1811
 Rutao Zhong, Xiahui Tang, Yingxiong Qing. Experimental research on high power transverse CO2 laser new resonator. Applied laser, 2009,29 (4), 351-354.
 Qin Yingxiong, Tang Xiahui, Liu Juan etc．Study on folded resonator of high power transverse flow CO2 laser．Proc. of SPIE 2009, Vol.7515 75150L-1--75150L-6
 Qin Yingxiong, Tang Xiahui, Xiao Yu et al．Toric concave mirror laser resonator with a big Fresnel number. Opt. Lett. 2009, 34( 7), 1120~1122
 Juan Liu, Xiahui Tang, Hao Peng, Yingxiong Qin. Research on high power CW CO2 laser pulse modulation character and special application on melting, China laser, 2009,7 (36).
 Liu Juan, Tang Xiahui．Study on Pulse Width Modulation of RF Excited CO2 Laser. POEM Conference, 2009，Proc. of SPIE Vol. 7515.
 Yu Xiao, Xiahui Tang．Experimental study of discharge for 200W RF excited slab lasers. Proc. of SPIE Vol. 7515, POEM 2009
 Gen Li, Xiahui Tang．Effects of small misalignments on output beam quality in off-axis negative-branch co focal strip unstable resonator. Proc. of SPIE Vol. 7515, POEM 2009
 Qin Yingxiong, Tang Xiahui, Rutao Zhong etc. Calculation of laser resonator modes based on transmission matrix. China laser, 2008, 35(10): 1463~1468.
 Qin Yingxiong，Tang Xiahui, Zhong Rutao etc．Square laser beam of high power transverse flow CO2 laser and its application. Source: Proceedings of SPIE v 6825, Lasers in Material Processing and Manufacturing III, 2008, p 682518 2008, p68250W
 Liu Juan, Tang Xiahui, Zhang Yang, Peng Hao, Wang Youqing. Integrated control system of transverse flow CO2 laser and its application .Source: Proceedings of SPIE v 6825, Lasers in Material Processing and Manufacturing III, 2008, p518~582
 Peng Hao, Tang Xiahui, Xia Fang etc. Characteristics of CW/pulse discharge for high power transverse flow CO2 laser and its application. Source: Proceedings of SPIE v 6825, Lasers in Material Processing and Manufacturing III, 2008, p68251I
 Peng Hao, Tang Xiahui, Liu Juan etc. Characteristics of CW/pulse discharge for high power transverse flow CO2 laser and its application. SPIE, 2007, 6825-25
 Liu Juan, Tang Xiahui. Integrated control system of transverse flow CO2 laser and its application. Photonics Asia 2007 SPIE, vol.6825 Beijing, China, 11-15 November 2007
 Jianqiang Wu, Xiahui Tang. Conical surface reflective mirror inside the high power transverse CO2 laser resonator. China laser, 2007,34 (5): 628~532.
 Yingxiong Qin, Xiahui Tang．Square laser beam of high power transverse flow CO2 laser and its application. Photonics Asia 2007 SPIE, vol.6825 Beijing, China, 11-15 November 2007
 Xiahui Tang, Yingxiong Qin, Rutao Zhong, Shiming Li, Jiarong Li, Guofu Zhu, Yi Zhou, Jinxin Zhou, Maoyan Xiao, Hansheng Wang, Fanghan Cai, Libo Li. Diamond bit laser welting technology and system was nominated to the first prize of National Advanced Science and Technology Award, Ministry of Education,2004.
 Xiahui Tang, Guofu Zhu, Jianghua Ren, Shimin Li, Jiarong Li, Yingxiong Qin, Hansheng Jiang, Yuanying Cheng, Tao Xie, Haihong Ruan. Laser welting technology and system of erasure and environment-friendly diamond circular saw blade won the second prize of Hubei Science and Technology Advance Prize, 2004.