[1] ARAD B,ELIEZER S,GAZIT Y et al.Burn-through of thin aluminum foils by laser-driven ablation[J].J A P,1979,50(11):6817~6821.
[2] ROSON D,MITTELDORF I J,KOTHANDARAMAN G.Coupling of pulsed 0.35μm laser radiation to aluminum alloys[J].J A P,1982,53(8):3190~3220.
[3] MAN B Y,WANG X T.Impulse coupling to HgCdTe by a pulsed laser[J].Acta Optica Sinica,1998,18(8):1010~1014(in Chinese).
[4] PHIPPS C R,LUKE J R,LIPPERT T et al.Micropropulsion using laser ablation[J].Appl Phys,2004,A79(4~6):1385~1389.
[5] SCHALL W O,BOHN W L,ECKELEL H A.Lightcraft experiments in Germany[J].Proc SPIE,2000,4065:472~481.
[6] HORISAWA H,KAWAKAMI M,KIMURA I.Laser-assisted pulsed plasma thruster for space propulsion applications[J].Appl Phys,2005,A81(2):303~310.
[7] MA F J,TIAN Y W,HE F F et al.Ultra-short pulse la ser-induced damage in transparent materials[J].Laser Technology,2004,29(5):207~210(in Chinese).
[8] QIN H,ZHENG R E,YANG A L.Influence of moist environment on the ablation threshold of copper[J].Laser technology,2003,27(6):497~499(in Chinese).
[9] LIU Ch L,LO F,LIU X F et al.Investigation of incident laser absorption by vapor plume[J].High power laser and particle beams,1990,2(3),366~371(in Chinese).
[10] PIRRI A N.Momentum transfer and plasma formation above a surface with a high-power CO2 laser[J].Physics Fluids,1973,16(9):1435~1440.
[11] WALTERS C T,BARNES R H,BEVERLY R E.Initiation of laser-supported-detonation(LSD) waves[J].J A P,1978,49(5):2937~2949.
[12] LU J,NI X W,HE A Zh.Physics of laser-material interaction[M].Beijing:Machinery Industry Press,1996.65~68(in Chinese).
[13] ELLIOT L K,STANANLEY R B.Measurement of subsonic laser absorption wave propagation characteristics at 10.6μm[J].J A P,1974,45(11):4751~4759.
[14] PHIPPS C R,Jr TURNER T P,HARRISON R F et al.Impulse coupling to targets in vacuum by KrF,HF,and CO2 single-pulse lasers[J].J A P,1988,64(3):1083~1096.