[1] Paisley D L. Laser-driven miniature flyer plates for shock initiation of secondary explosives,DE89-016587 [R]. 1989.

[2] Paisley D L,Montoya N I,StahlD B. Interferometry, streak photography,and stereo photography of laser-driven miniature flyer plates,DE91-007493 [R]. 1991.

[3] Sheffied S A,Rogers J W,Castaneda J N. Velocity of laser driven flyers backed by high impedance windows,SAND-85-1235C [R]. 1985.

[4] Trott W M,Meeks K D. High-Power Nd: Glass Laser Transmission Through Optical Fibres and its Use in Acceleration of Thin Foil Targets [J]. J. Appl. Phys(S0021-8979),1990,67(7)：3297-3301.

[5] Trott W M. Studies of laser-driven flyer acceleration using optical fibre coupling,DE91-13503 [R]. 1991.

[6] Farnsworth A V,Lawrence R J. Analytical and computational modeling of small laser-driven flyer plates,DE92-004207 [R]. 1991.

[7] GU Zuo-wei,SUN Cheng-wei. The experiments research of high-speed flyer driven by mini size pulse laser [J]. Chinese Journal of Lasers,2002,29(5)：407-410.

[8] WANG Sheng-bo,FAN Yong,WU Hong-xing. Property of laser-induced shockwave with confinement [J]. High Power Laser and Particle Beams,2004,16(8)：981-984.

[9] LU Jian,NI Xiao-wu,HUO An-zhi. Physics Theory of Laser-material Interaction [M]. Beijing：China Machine Press,1996：145-150.

[10] SUN Cheng-wei,ZHUANG Shi-ming,WANG Chun-yan. Calculation of shock initiation of explosives impacted by the laser-driven flyer [J]. High Power Laser and Particles Beams,1997,9(3)：471-476.

[11] Watson S,Field J E. Measurement of the ablated thickness of films in the launch of laser-driven flyer plates [J]. Journal of Physics D: Applied Physics(S0022-3727),2000,33：170-174