TL503.3//TN248.6 2003042537用于高平均功率FEL的DC-SC光阴极注入器=DC-SCphotocathode injector for high average power FEL[刊,中]/郝建奎(北京大学重离子物理研究所.北京(100871)),全胜文…∥强激光与粒子束.-2002,14(3).-456-458...TL503.3//TN248.6 2003042537用于高平均功率FEL的DC-SC光阴极注入器=DC-SCphotocathode injector for high average power FEL[刊,中]/郝建奎(北京大学重离子物理研究所.北京(100871)),全胜文…∥强激光与粒子束.-2002,14(3).-456-458为获得用于高平均功率自由电子激光(FEL)的高平均流强电子束,设计了一种新型的DC-SC光阴极注入器,展开更多
High brightness electron beam is one of the main goals of the research and development effort in RF photo-injectors.Compared with the normally used magnetic chicane,an alternative scheme,commonly known as 'velocit...High brightness electron beam is one of the main goals of the research and development effort in RF photo-injectors.Compared with the normally used magnetic chicane,an alternative scheme,commonly known as 'velocity bunching',has been proposed as a tool to compress electron beam pulses in modern high brightness photo-injector sources.This paper presents numerical optimization systematically and the first attempt to demonstrate the velocity bunching scheme on SDUV-FEL linac experimentally.The relationship between the degree of bunching and the off-crest phase of the accelerating structure is explored experimentally.Velocity bunching operating mode illustrates flexible performances with an intrinsic machine jitter,which agrees well with the theoretical prediction.展开更多
O462.3 98010580激光驱动光阴极高亮度电子束源以及新型光阴极的研究=Laser—drived photodiode electronicsource with high brightness and research onnew photodiodes[刊,中]/耿荣礼,宋进虎,于进(北京大学重离子物理研究所.北京(100...O462.3 98010580激光驱动光阴极高亮度电子束源以及新型光阴极的研究=Laser—drived photodiode electronicsource with high brightness and research onnew photodiodes[刊,中]/耿荣礼,宋进虎,于进(北京大学重离子物理研究所.北京(100871))//高能材料与核物理.—1997,21(1).—67—74介绍了北京大学激光驱动光阴极高亮度电子束源,给出了物理设计。该装置采用激光照射光阴极,通过100 kV直流加速结构,产生35—100ps的高亮度电子束。给出了新型离子注入型光阴极和碲化铯光阴极的实验结果。展开更多
文摘TL503.3//TN248.6 2003042537用于高平均功率FEL的DC-SC光阴极注入器=DC-SCphotocathode injector for high average power FEL[刊,中]/郝建奎(北京大学重离子物理研究所.北京(100871)),全胜文…∥强激光与粒子束.-2002,14(3).-456-458为获得用于高平均功率自由电子激光(FEL)的高平均流强电子束,设计了一种新型的DC-SC光阴极注入器,
基金Supported by Major State Basic Research Development Program of China (973 Program) (Grant No.2011CB808300)
文摘High brightness electron beam is one of the main goals of the research and development effort in RF photo-injectors.Compared with the normally used magnetic chicane,an alternative scheme,commonly known as 'velocity bunching',has been proposed as a tool to compress electron beam pulses in modern high brightness photo-injector sources.This paper presents numerical optimization systematically and the first attempt to demonstrate the velocity bunching scheme on SDUV-FEL linac experimentally.The relationship between the degree of bunching and the off-crest phase of the accelerating structure is explored experimentally.Velocity bunching operating mode illustrates flexible performances with an intrinsic machine jitter,which agrees well with the theoretical prediction.
文摘O462.3 98010580激光驱动光阴极高亮度电子束源以及新型光阴极的研究=Laser—drived photodiode electronicsource with high brightness and research onnew photodiodes[刊,中]/耿荣礼,宋进虎,于进(北京大学重离子物理研究所.北京(100871))//高能材料与核物理.—1997,21(1).—67—74介绍了北京大学激光驱动光阴极高亮度电子束源,给出了物理设计。该装置采用激光照射光阴极,通过100 kV直流加速结构,产生35—100ps的高亮度电子束。给出了新型离子注入型光阴极和碲化铯光阴极的实验结果。