[1] Boksenberg A, Burgess D E. Image photon counting system for optical astronomy[J]. Adv Electron and Electron Physics, 1972,33B:835-849.
[2] Fordham J L A. Astronomical performance of a micro-channel plate intensified photon counting detector[J]. Mon Not R Astr Soc, 1989, 237:513-521.
[3] Aircy R W. DQE enhancement of MCP intensifiers for astronomy results of the MIC X programme[A]. Proc SPIE[C]. 1990,1235.338-346.
[4] Yutaka Tsuchiya. Photon counting image acquisition system and its applications[J]. J Imaging Technol, 1985, 11:215-220.
[5] Timothy J G, Morgan J S, Slater D C, et al. MaMa detector system: a status report[A]. Proc SPIE[C]. 1989,1158.104-117.
[6] Kasle D B, Morgan J S. High resolution decoding of multi-anode microchannel array detector[A]. Proc SPIE[C].1991,1549.52-58.
[7] Sebay J, Lelievce G. Wavefront sensing and deconvolution of turbulence-degraded photon-counting images[A]. Proc SPIE[C]. 1993, 1982.368-372.
[8] Fidouh F, Blazit A, Lelievce G. Real-time photo centroid detection for photon counting and wavefront sensing camera[A]. Proc SPIE Photoelectronic Detection[C]. 1993, 1982.288-292.
[9] CAO Gen-rui, YU Xin. Accuracy analysis of a Hartmann-shack wavefront sensor operated with a faint object[A]. Proc SPIE[C]. 1994, 2033. 331-335.
[10] CAO Gen-rui,YU Xin, et al. An experimental study on photon noise limited wavefront sensor[A]. Proc SPIE[C]. 1990, 1230.457-460.
[11] CAO Gen-rui, YU Xin, GU Ruo-wei, et al. The limitation of wavefront tilt sensor in adaptive astronomical telescope[A]. Proc SPIE[C]. 1990, 1334.139-145.
[12] Chet B Opal, George R C. Evaluation of large format electron bombarded virtual phase CCDs as ultraviolet imaging detector[A]. Proc SPIE[C]. 1989, 1158.96-103.