[1] N. S. P. King,K. Albright,S. A. Jaramillo et al.. High frame rate CCD cameras with fast optics shutters for military and medical imaging application[C]. SPIE,1994,2273:56-60

[2] Liu Dezhen. Modern Ray Inspection Technology [M].Beijing:Chinese Standard Press,2002

[3] Zhou Zhenggan,Teng Shenghua. X-ray flat-panel-detector-based digital radiography and its image calibration [J]. J. Beijing University of Aeronautics and Astronautics,2004,30(8):698-701

[4] Liu Jikun,Zhao Baoyun. Intensified CCD image sensors[J]. Semiconductor Optoelectronics,1998,19(1):37-39

[5] I. N. Dalinenko,A. V. Malyarov,G. I. Vishnevsky et al.. Design and fabrication technology of thinned back side excited CCD imagers and the family of the intensified electron-bombarded CCD image tubes[C]. SPIE,1995,2551:197-205

[6] Wang Yaoxiang,Tian Weijian,Huang Kun et al.. Theoretical analysis of the coupling efficient between fiber taper and CCD [J]. Acta Photonica Sinica,2004,33(3):318-321

[7] G. C. Holst. CCD Arrays,Camera and Displays[M]. Winter Park:SPIE Optical Engineer Press,1998.197

[8] Xu Ping,Pang Fufei,Chen Na et al.. A quasi-distributed optical fiber temperature sensor based on fresnel reflection [J]. Chinese J. Lasers,2008,35(12):1955-1958

[9] Zeng Xiangzhao. The definition and resolution of image in real-time radiographic testing[J]. Nondestructive Testing,2003,25(3):133-139

[10] Chen Shuyue,Lu Hongnian. Research of noise characteristic and noise depression in X-ray digital radiographic system [J]. Nondestructive Testing,2001,23(1):9-14

[11] Ding Xiaohua,Li You,Yu Qifeng et al.. CCD noise calibration and it s application in edge location[J]. Acta Optica Sinica,2008,28(1):99-104