[1] [1] SALMEN H,BECKER W,ABT B,et al.Development and production of lightweight CFRP carriers for the XMM Telescope X-Ray mirrors［J］.SPIE,1994,2011:128-137.

[2] [2] PAUSCBINGER D,EGLE W,NEUMANN W,et al.Production of thin-walled lightweight CFRP/EPOXY X-Ray Mirrors for the XMM telescope［J］.SPIE,1993,1742:235-244.

[3] [3] BRRET R,GLATZEL H,SCHMIDT M.Manufacturing technologies for high throughput imaging X-ray telescopes:XMM CFRP technology compared to other X-ray systems［J］.SPIE,1994,2210:348-359.

[4] [4] GONDOIN P,KATWIJK K V,ASCHENBACH B R,et al.X-ray spectroscopy misson(XMM)telescope development［J］.SPIE,1994,2209:438-450.

[5] [5] HOCHHALTER J D,MASSARELLO J J.The origins of fiber print-through in lightweight composite optics［J］.SPIE,2006,6289:628902-1-628902-12.

[6] [6] MASSARELLO J J,WELSH J S.Fiber print-through mitigation technique for composite mirror replication［J］.Optical Engineering,2006,45(12):123401-1-123401-8.

[7] [7] ALTKORN R,HAIDLE R,CHANG J.Electroform replication of ultrasmooth mirrors for X-ray astronomy［J］.SPIE,1992,1779:88-94.

[8] [8] PARESCHI G,CITTERIO O.Nickel-replicated multilayer optics for soft and hard X-ray telescopes［J］.SPIE,2000,4012:284-293.

[9] [9] PARESCHI G,CITTERIO O.Replication by Ni electroforming approach to produce the Con-X/HXT hard X-ray mirrors［J］.SPIE,2003,4851:528-537.