The main research directions are information optics, ultrafast optical shaping and material interaction, diffractive optics, etc.
Host the project:
1. Research on spatiotemporal transformation shaping and recognition technology of femtosecond double pulses Hehai Youth Fund
2. Start-up Fund for Femtosecond Pulse Space-time Transformation Shaping Technology of Dammann Filter
Projects participated in:
National Natural Science Foundation, Shanghai Youth Fund, Hundred Talents Program Fund, etc.
First author's paper:
Zou Hua, Zhou Changhe, Dai Enwen, Femtosecond space-time transformation shaping and identification technology of unequal spacing Daman type filter, China Laser, 33, 330-334 (2006 )
Zou Hua, Zhu Weihua, Effect of 4f structural spacing misalignment on the output pulse characteristics of Daman type filter, Intense Laser and Particle Beam, 19, 1121-1124 (2007)
Zou Hua, Zhu Weihua, Wu Jian, Wu Jianwei and Wang Guodong, Femtosecond pulse shaping technology of Daman type filters, Laser Technology (2009)
Zou Hua, Zhu Weihua, Wu Jian, Wu Jianwei, Design and diffraction characteristics of Daman gratings Research, Optics and Optoelectronics Technology 35-38 (2008)
Zou Hua, Zhou Changhe, Femtosecond pulse spatiotemporal transformation shaping technology, Progress in Lasers and Optoelectronics, 42, 2-7 (2005)
Zou Hua, Zhou Changhe, Application of femtosecond spectral holography technology and femtosecond shaping technology, Progress in Laser and Optoelectronics, 42, 24-29 (2005)
Zou Hua, Zhou Chenbo, Yu Wenying , First-level statistical characteristics of laser speckle field on rough surface of NiCrAlY thermal spray coating, Journal of Yantai University, 16, 33-37, 2003
Invention patent: Zhou Changhe, Zou Hua, Femtosecond pulse dynamic space-time transformation Orthopedic device.
Utility model patent: Zhou Changhe, Zou Hua, femtosecond pulse dynamic space-time transformation shaping device.