Using ICCD as a fast optical switch to measure harmonic super-radiation from an optical klystron in a storage ring;
用ICCD作光开关测量储存环中光学速调管谐波超辐射
The main component of experiment equipment of coherent harmonic radiation in Hefei is optical klystron.
合肥相干谐波辐射实验装置的主体部分是光学速调管。
Based on this model, the magnet field distribution in the magnet pole gap of optical klystron (OK) is numerically simulated through a self made c language program.
根据均匀磁化法 ,推导出了菱柱形磁块磁场分布的分析表达式 ,对光学速调管的磁极间隙内磁场进行了数值模拟 ,给出横向磁场的轴向分布和横向分布 ,计算了横向磁场的均匀度 ;并且根据模拟数据计算了光学速调管色散段的特征参数随磁极间隙大小的变
The design of the power supply for klystron and its maximum power are described, and the solution of key technology to transmit ting equipment automatic test are provided.
着重介绍了速调管最大功率点的确定和速调管电源的设计, 提供了发射模块自动测试关键技术的解决方案。