Speaker
Mr
Qingzhu Li
(Tsinghua University in Beijing)
Description
Linear accelerators with multiple ray sources are widely used in detection imaging technology. An S-band multi-point light source standing wave Linac is designed and developed in this paper. The tube consists of 7 parallel-arranged acceleration cavity units, and adopts a power source to output 7 X-ray beams alternating from different positions. The accelerating tube operates at S-band 2998 MHz. In this paper, the physical design of the accelerating tube is introduced, and the dynamic design of the accelerating tube is completed by numerical calculation. PARMELA is used to verify the calculation, and the result is in accord with the expected result. According to the theoretical design results, machining and testing have been carried out.
| Region represented | Asia |
|---|
Primary author
Liang Zhang
(NUCTECH Company Limited)
Co-authors
Hao Wang
(Tsinghua University in Beijing)
Focheng Liu
(Tsinghua University in Beijing)
Hao Zha
(Tsinghua University in Beijing)
Jiaru Shi
(Tsinghua University in Beijing)
Qiang Gao
(Tsinghua University in Beijing)
Mr
Qingzhu Li
(Tsinghua University in Beijing)
Xiaotong Zhang
(NUCTECH Company Limited)
Yaohong Liu
(Tsinghua University in Beijing)
