摘要
合肥同步辐射光源(Hefei synchrotron light source, HLS)的某些实验需要长时间间隔同步辐射(Synchrotron radiation, SR)光脉冲,但是目前HLS还不能满足这些要求。因此提出在HLS储存环上采用局部凸轨的方法来延长SR光脉冲的时间间隔。为此设计了快速冲击磁铁系统,其中脉冲调制器采用脉冲成型线(Pulse Forming Line)技术设计;冲击磁铁为空芯电流板结构的磁铁。初步实验表明,快速冲击磁铁系统的设计符合实验要求。
In HLS (Hefei synchrotron Light Source), some experimental stations need SR pulse with long interval, which far exceeds HLS can provide now. In order to satisfy their needs, we proposed a scheme of using local vertical bump to lengthen the interval of SR pulses. We have designed a fast kicker magnet system, in which the pulse modulator is designed based on PFL technology and the kicker is an air-core kicker magnet. Preliminary measurements denote that the kicker system can meet the requirements of design.
出处
《核技术》
CAS
CSCD
北大核心
2003年第4期266-270,共5页
Nuclear Techniques
