Anon. Criteria for explosive systems and devices on space and launch vehicles AIAA S-113-2005 . Indianapolis, USA: , 2005.
[2]
Jacobs R, Brookfield M. Laser initiated ordance system optical fiber continuity test: USA, 5270537 . 1993-12-23.
[3]
Michael W, Jeffrey M, Gourley M, et al. Dual-wavelength low-power built-in-test for a laser-initiated ordnance system: WO 93/26031A1 . 1993-12-23.
[4]
Chenault C F, McCrae Jr J E, Bryson R R, et al. The small ICBM ordnance firing system //Proceedings of AIAA Space Programs and Technologies Conferenct. Huntsville, AL: AIAA, 1992:92-1328.
[5]
Barglowski M. Performance of the next generation LFU optical built in test system //Proceedings of The 36th AIAAASMESAE/ASEE Joint Propulsion Conference & Exhibit. Huntsville, AL: AIAA, 2000:2000-3407.
[6]
Hendrix J L, Kans O P. No moving parts safe & arm apparatus and method with monitoring and built-in-test for optical firing of explosive systems: USA, 5404820 . 1995-04-11.
[7]
Carvalho J, Fahey D, Willis K, et al. A multi-output, light weight diode laser initiation system with built-in-test //Proceedings of The 32th AIAAASMESAE/ASEE Joint Propulsion Conference & Exhibit. Lake Buena Vista, FL: AIAA, 1996:96-2618.
[8]
Folsom M F, Callaghan J D. Dual fiber laser initiator and optical telescope: USA, 5914458 , 1999-06-22.
[9]
Fahey W D, Carvalho J E. Optical built-in-test (BIT) for laser (diode) initiation systems //Proceedings of the 38th AIAAASMESAE/ASEE Joint Propulsion Conference & Exhibit. Indianapolis, Indiana: AIAA, 2002:2002-3797.
[10]
周浩,鲁建存,刘彦义,等.激光起爆系统外置式自诊断检测[J].火工品,2008,2(1):43-45,56. Zhou Hao, Lu Jiancun, Liu Yanyi, et al. The measurement of external self-testing for laser initiation system[J]. Initiators & Pyrotechnics, 2008,2(1):43-45,56. (in Chinese)
