[1] LLURENT B,DUCHMANN O.The silex project:the first European optical intersatellite link experiment[A].Free-space Laser Communication Technologies Ⅲ[C].Washington:SPIE Press,1991.2～12.
[2] BISWAS A,WILLIAMS G,WILSON K E.Results of the STRV-2 lasercom terminal evaluation tests[A].Free-space Laser Communication Technologies X[C].Washington:SPIE Press,1998.2～13.
[3] MALAISE D,RENARD M.Silex beacon[A].Free-space Laser Communication Technologies Ⅳ[C].Washington:SPIE Press,1992.337～343.
[4] LI W J,YANF A F,WANG Sh Y et al.Study of space coupling technology of fiber bundle coupling LD output beams[J].Laser Technology,2006,30(3):304～307(in Chinese).
[5] CAO Q S,TONG L X,JIANG J F et al.The four-pass pumped coupling system of the high power diode lasers stack[J].Laser Technology,2005,29(2):135～137(in Chinese).
[6] WEI W L,OU P,YAN P et al.Side-pumping coupler technology for double-clad fiber[J].Laser Technology,2004,28(2):116～120(in Chinese).
[7] DONG Sh F,CHENG G H,YANG L Zh et al.Studies on the pump coupling and laser feedback in double cladding fiber lasers[J].Laser Technology,2003,27(6):523～525(in Chinese).
[8] SHIRAISH K,YODA H,ENDO T et al.A lensed GIO with a long working distance for the coupling between laser diodes with elliptical fields and single-mode fibers[J].IEEE Photonic Technology Letters,2004,16(4):1104～1106.
[9] MALAISE D,GOLLIER J.Laser diode-fiber link for the transmitter of the SOUT program and for the beacon of the silex program[A].Free-space Laser Communication TechnologiesⅤ[C].Washington:SPIE Press,1993.93～120.
[10] MENKE B,L(O)FFER R.Comparative life test of 0.8μm-laser diodes for SILEX under NRZ and QPPM modulation[A].Free-space Laser Communication Technologies Ⅲ[C].Washington:SPIE Press,1991.316～327.
[11] PRESBY H M,EDWARDS C A.Near 100% efficient fibre microlenses[J].Electron Lett,1992,28(6):582～584.