Fault locating for traveling-wave accelerator based on transmission line theories

The data includes simulation and experiment data:1. The 3m accelerator tube of SLAC is used for simulation, the data of which involves cell number, group velocity, and attenuation factor. Fig2-data.csv provides the above data.2. In order to verify such equivalence, simulations are conducted in Matlab Simulink by constructing a distributed-parameter circuit with a multi-segment TL, the result is shown in Fig3.png.3. In order to carry out experimental verification, when RF breakdown occurs, the beam signals and RF power signals recorded by oscilloscope are separately in Fig5a.jpg and Fig5b.jpg.4. The data that RF power signals after superimposed by several rounds of breakdown is recorded by oscilloscope and shown in Fig8.jpg.

本数据集包含仿真与实验数据：1. 采用斯坦福直线加速器中心（Stanford Linear Accelerator Center，SLAC）的3米加速管开展仿真，相关数据涵盖单元数量、群速度与衰减因子，上述数据已存储于Fig2-data.csv文件中。2. 为验证该等效性，研究人员通过Matlab Simulink搭建包含多段传输线（Transmission Line）的分布参数电路进行仿真，仿真结果如图3.png所示。3. 为开展实验验证，当发生射频击穿时，示波器记录的束流信号与射频功率信号分别对应图5a.jpg与图5b.jpg。4. 经多轮射频击穿叠加后的射频功率信号数据由示波器记录，结果如图8.jpg所示。