[1] Z LIU, Z Y JIN, S YUAN et al. The progress of Chinese giant solar telescope, 9145, 914526(2014).

[2] Z LIU, Z Y JIN. Simulation of Chinese giant solar telescope, 8336, 833609(2011).

[3] Z LIU, H S JI, Z Y JIN et al. Science cases in the integrated modeling of Chinese Giant Solar Telescope, 10012, 1001204(2016).

[4] Y C DAI, D H YANG, Z LORENZO et al. Dynamic analysis of the active control system for the CGST, 8449, 84491A(2012).

[5] Y C DAI, D H YANG, Z Y JIN et al. Active control of the Chinese giant solar telescope, 9145, 914550(2014).

[6] Y C DAI, Z LIU, Z Y JIN. Importance of tip sensing for active control system of 30-m RIT primary mirror. Chinese Optics Letters, 7, 791-794(2009).

[7] B SEBASTIEN, M JOHN, G HITESH. SALT segmented primary mirror: commissioning capacitive edge sensing system and performance comparison with inductive sensor, 7012, 70123G(2008).

[8] R H MINOR, A A ARTHUR, G GABOR et al. Displacement sensors for the primary mirror of the W.M. Keck Telescope, 1236, 1009-1017(1990).

[9] B LUONG, C NÉEL, A PÉRIN et al. Inductive sensors for controlling segmented mirrors: a full industrial and turnkey product solution, 7733, 77332D(2010).

[10] D ROZIÈRE, B LUONG, B FUCHS et al. Inductive edge sensors: an innovative solution for ELT segmented mirror alignment monitoring, 7012, 701217(2008).

[11] H ZUO, X ZHANG, Y ZHANG. Research on the segmented mirror edge sensors based on equal thickness interference. Acta Optica Sinica, 41, 1212002(2021).

[12] G CHANAN, M TROY, F DEKENS et al. Phasing the mirror segments of the Keck telescopes: the broadband phasing algorithm. Applied Optics, 37, 140-155(1998).

[13] G CHANAN, C OHARA, M TROY. Phasing the mirror segments of the Keck telescopes II: the narrow-band phasing algorithm. Applied Optics, 39, 4706-4714(2000).

[14] G CHANAN, M TROY, E SIRKO. Phase discontinuity sensing: a method for phasing segmented mirrors in the infrared. Applied Optics, 38, 704-713(1998).

[15] E PINNA, F QUIRÓS-PACHECO, S ESPOSITO et al. The pyramid phasing sensor (PYPS), 7012, 70123D(2008).

[16] F SHI, G CHANAN, C OHARA et al. Experimental verification of dispersed fringe sensing as a segment phasing technique using the Keck telescope. Applied Optics, 43, 4474-4481(2004).

[17] G LOFDAHL, R KENDRICK, A HARWIT et al. Phase diversity experiment to measure piston misalignment on the segmented primary mirror of the Keck II Telescope, 3356, 1190-1201(1998).

[18] K DOHLEN, M LANGLOIS, P LANZONI et al. ZEUS: a cophasing sensor based on the Zernike phase contrast method, 6267, 626734(2006).

[19] W JI, Q YUAN, Z S GAO et al. Co-phasing detecting for segmented mirror based on multiple wavelength interferometry. Acta Optica Sinica, 41, 1612003(2021).

[20] D Q SU, W Y ZOU, Z ZHANG et al. Experimental system of segmented mirror active optics, 4003, 417-425(2000).

[21] X D LIN, J L WANG, X Y LIU et al. Co-phase experiment of active optics for segmented-mirrors. Optics & Precision Engineering, 18, 1520-1528(2010).

[22] B LI, W H YU, M CHEN et al. Co-phasing experiment of a segmented mirror using a combined broadband and two-wavelength algorithm. Applied Optics, 56, 8871-8879(2017).

[23] B WANG, Y C DAI, Z Y JIN et al. Active maintenance of a segmented mirror based on edge and tip sensing. Applied Optics, 60, 7421-7431(2021).

[24] B WANG, Y C DAI, F Y XU et al. Calibration of the active control system of segmented mirror. Astronomical Research &Technology, 3, 353-358(2019).