摘要
针对灯箱中反射器的设计和运行情况,设计实验量化了反射器对氙灯辐射和钕玻璃荧光效率的影响。氙灯辐射由强流管测量的氙灯辐射波形和能量计测量的辐射能量获得;钕玻璃荧光由自主设计的荧光测量系统获得;同时,使用高速摄影仪对放电通道进行观测。实验发现,反射器在此次实验条件下可以提高氙灯辐射效率89%,提高钕玻璃荧光效率78%。而且,实验发现工程运行中氙灯"发白",是反射器引导氙灯放电通道在靠近反射器一侧形成,导致该处过度烧蚀的结果。
Focusing on the design and running condition of the reflectors in the lamp boxes,an experiment has been designed to confirm the quantization of the reflector’s influence on the flash lamps radiation and neodymium glass fluorescence.The flash lam pradiation is measured by the high current diode.The neodymium glass fluorescence is recorded by the measuremen tsystem designed and manufactured by ourselves.Meanwhile,a high speed camera is used to observe the discharge channel.Results indicate that the reflector can improve the flash lamp radiation by 89%and the neodymium glass fluorescence by 78%.More important,the reason of flash lamp’s“turningwhite”while running has been found.The reflector will induce the discharge channel forming near there flector,making the lamp wall near the reflector be ablated excessively.
作者
杨泽锋
李兴文
刘冠宇
贾申利
刘建军
李海兵
Yang Zefeng;Li Xingwen;Liu Guanyu;Jia Shenli;Liu Jianjun;Li Haibing(State Key Laboratory of Electrical Insulation and Power Equipment,Xi’an Jiaotong University,Xi’an710049,China;Shanghai Institute of Optics and Fine Mechanics,Chinese Academy of Sciences,Shanghai 201800,China)
出处
《强激光与粒子束》
EI
CAS
CSCD
北大核心
2018年第3期12-16,共5页
High Power Laser and Particle Beams
基金
国防重大专项基金项目
关键词
反射器
氙灯辐射
荧光
放电通道
reflector
flashlampradiation
fluorescence
dischargechannel