2. Intelligent instrument and sensing technology, control theory and application research in intelligent instrument, and related sensor design. 1] Dong Wang, Zhang Jian, Yang Xia and PG One. The computational hologram written on a pure-phase liquid crystal spatial light modulator can generate light spots independently and arbitrarily in the three-dimensional space domain [j]. Acta Optica Sinica, 20 12,14 (10):105704 (10pp). (IDS number in SCI: 020MB)
Dong Wang, Zhang Hongxin, Zhang Jianhe. Adaptive weighted iterative algorithm for flat-topped laser beam shaping [J]. Optical Engineering, 2012,51(7): 0743011-8. (identification number in SCI: 000BJ)
[3] Dong Wang, Zhang Jian, Yang Xia and PG One. Using iterative algorithm based on adaptive weighted FFT and pure-phase liquid crystal spatial light modulator to cut flat-topped beams with variable shapes or diameters [J]. Optical Communication, 2012,285 (24): 5044-5050. (number included in SCI: 038)
Dong Wang, Zhang Jian, Zhang Hongxin and Xiang Liu. An Efficient Precise Holographic Series Method for Arbitrary Beam Shaping [J]. Optical Communication, 2013,294: 96-104. (id number in SCI: 126PL)
[5],,,, Wu. Using iterative algorithm based on adaptive weighted FFT to generate annular flat-topped laser beam [C]. Continue. SPIE 8759, 8th International Symposium on Precision Engineering Measurement and Instruments, 875938( 1 month 3 1, 20 13). (EI included: ISSN: 0277786X, ISBN-13: 9780819495501,doi:10//kloc.
Li, Li, Li, et al. Formation and control of symmetric multi-beams in optical phased array [C]. Tracking, aiming and laser system technology Volume 24: (EI included: ISSN: 0277786x; ISBN- 13:97808 1948 1603； DOI: 10. 1 1 17/ 12.849383)
[7] Zhang Hongxin, Li He. Wavefront aberration correction based on image boundary definition by cyclic feedback control [C]. 1 1 International Conference on Electro-Mechanical Engineering and Information Technology, EMEIT, 20 1 1 (EI accession number: 20140/kloc-0.
[8] Li-,and. Precision control of laser beam based on liquid crystal spatial light modulator in ultra-precision manufacturing [C]. The 1 1 International Symposium on Symmetric Measurement Technology and Intelligent Instruments, Aachen University of Technology, (20 13. 7. 5)[ 1] Zhang Jian, Liu Xiang, Wang Dong, et al.
Three-dimensional independent control method of beam focus based on liquid crystal optical phased array. China invention patent.
Device and method for realizing large-angle beam deflection based on liquid crystal optical phased array. China invention patent.
Large-angle continuous high-resolution beam deflection scanning device and scanning method based on liquid crystal optical phased array. China invention patent.
Real-time accurate transformation method and device for complex amplitude of speckle-free arbitrary wavefront based on pure-phase liquid crystal optical phased array. China invention patent.
[6] Zhang Jian; Liu Xiang; Wu; Fang Yun; Gan Lin; Control method of multiple laser beams with equal light intensity based on optical phased array. China invention patent.
Wang Dong, Zhang Jian, Wu, et al. A flat-topped beam shaping control method with steep edge and low light intensity fluctuation and its shaping device. China invention patent.
Single XXXXXXXXX device based on liquid crystal optical phased array and its control method. National defense invention patent. Practical application.
Multi-XXXXXXXXX device based on liquid crystal optical phased array and its control method. National defense invention patent. In the actual trial. [1] XXXX target dynamic filtering imaging system is developed from a naval base.
[2] XXXX optical phased array sensitive control technology comes from the national defense science and technology pre-research fund project.
[3] The key components of XXXX phased array are developed by Beijing Aerospace Automatic Control Institute.
[4] The development of XXXX target tracking and aiming demonstration system comes from Beijing Aerospace Automatic Control Institute.
[5] (Participated in) National Natural Science Foundation Project "Research on Dynamic Detection Method of Aspheric Computer Hologram Based on Liquid Crystal Spatial Light Modulator". Project number: 6 1 178069.