[1] Jianhua ZHOU. Research on liquid crystal phased array wave control technology(2018).

[2] Jie HU, Shengping DU, Hongyang GUO. Research progress in beam scanning based onliquid crystal optical phased array. Laser & Optoelectronics Progress, 56, 18-27(2019).

[3] Yuewu YAN, Junming AN. Research progress in optical phased array technology. Laser & Optoelectronics Progress, 55, 58-68(2018).

[4] L NIKOLOVA, T TODOROV. Diffraction efficiency and selectivity of polarization holographic recording. Optical Acta, 23, 579-588(1984).

[5] T TODOROV, N TOMOVA, L NIKOLOVA. High-sensitivity material with reversible photo-induced aniso-tropy. Optics Communications, 20, 123-126(1983).

[6] J N EAKIN, Y H XIE, R A PELCOVITS et al. Zero voltage freedericksz transition-in periodically aligned liquid crystals. Applied Physics Letters, 85, 1671-1673(2004).

[7] C PROVENZANO, P PAGLUSI, G CIPARONE. Highly efficient liquid crystal based diffraction grating induced by polarization holograms at the aligning surfaces. Applied Physics Letters, 89, 121105-1-3(2006).

[8] C PROVENZANO, G CIPPARRONE, A MAZZULA. Photopolarimeter based on two gratings recorded in thin organic films. Applied Optics, 45, 3929-3934(2006).

[9] J KIM, C OH, M J ESCUTI et al. Wide-angle nonmechanical beam steering using thin liquid crystal polarization gratings. SPIE, 7093, 709302-709312(2008).

[10] J KIM, C OH, S SERATI. Wide-angle, nonmechanical beam steering with high throughput utilizing polarization gratings. Applied Optics, 50, 2636-2639(2011).

[11] J KIM, M N MISKIEWICZ, S SERATI et al. High efficiency quasi-ternary design for nonmechanical beam-steering utilizing polarization gratings. SPIE, 7816, 78160G-78111(2010).

[12] S SERATI, M J ESCUTI. Demonstration of large-angle nonmechanical laser beam steering base on LC polymer polarization gratings. SPIE, 8052, 80520T-80512(2011).

[13] J BUCK, S SERATI, L HOSTING. Polarization gratings for non-mechanical beam steering applications. SPIE, 8395, 83950F-83956(2012).

[14] S SERATI, C L HOY, L HOSTING et al. Large-aperture, wide-angle non-mechanical beam steering using polarization gratings. Optical Engineering, 56, 031211(2016).

[15] J E STOCKLEY, K KLUTTZ. Non-mechanical beam control for entry, descent and landing laser radar (conference presentation). SPIE, 1019, 10190F-10195(2017).

[16] C WANG, Q WANG, Q MU et al. High-precision beam array scanning system based on liquid crystal optical phased array and its zero-order leakage elimination. Optics Communications, 506, 127610(2022).

[17] Jian ZHANG, Yun FANG, Liying WU et al. Liquid crystal beam deflection technology. China Journal of Laser, 37, 325-334(2010).

[18] Yubin SHI, Lei SI, Yanxing MA. New progress in beam scanning technology. Laser & Optoelectronics Progress, 50, 223-229(2013).

[19] Lin XU. Exposure device and method capable of manufacturing large-aperture liquid crystal polarization grating device.

[20] Q GUO, L XU, J T SUN et al. Fast switching beam steering based on ferro electric liquid crystal phase shutter and polarisation grating. Liquid Crystals, 46, 1383-1388(2019).

[21] Songzhen LI. Design of liquid crystal polarization grating and study of its beam deflection characteristics(2019).

[22] Zhiwei ZHAO. Study on liquid crystal polarization grating with large deflection angle(2020).

[23] D L TANG, Z L SHAO, X XIE et al. Flat multifunctional liquid crystal elements through multi-dimensional information multiplexing. Opto-Electron Advances, 6, 39-47(2023).

[24] Qidong WANG, Wan CHEN. A dual period composite liquid crystal polarization grating.

[25] Shengping DU, Yongmei HUANG, Chengyu FU et al. Research on liquid crystal beam deflection wave control method based on phased array radar model. Journal of Applied Optics, 38, 581-586(2017).

[26] Xinbo ZHENG, Xuan ZHANG, Lin LUAN et al. Research on large angle beam scanning technology based on spatial light modulators. Journal of Applied Optics, 41, 816-821(2020).

[27] Zhaoliang CAO, Quanquan MU, Lifa HU et al. Nonlinear phase modulation of liquid crystal wavefront corrector and closed loop correction. Chinese Journal of Liquid Crystals and Displays, 157-162(2008).

[28] Meirui CEHN, Ying DU, Hongmin MAO et al. Design of low-cost drive circuit for passive liquid crystal optical device. Chinese Journal of Liquid Crystals and Displays, 37, 1572-1579(2022).