DESIGN OF A C-BAND 6MeV STANDING-WAVE LINEAR ACCELERATING STRUCTURE *

@inproceedings{Shao2011DESIGNOA,
  title={DESIGN OF A C-BAND 6MeV STANDING-WAVE LINEAR ACCELERATING STRUCTURE *},
  author={Jiahang Shao and Huaibi Chen and Qingzi Xing},
  year={2011}
}
  • Jiahang Shao, Huaibi Chen, Qingzi Xing
  • Published 2011
We design a C-band standing-wave biperiodic on-axis coupled linear accelerating structure for industrial and medical applications. It’s less than 300mm long; consists of 3 bunching cells and 9 normal cells. It can accelerate electrons to 6MeV and the pulsed beam current is 100mA. The RF power source is a 2.5MW magnetron. We implement 2D cells geometry optimization by SUPERFISH, beam dynamics study by PARMELA and full scale 3D calculations by MAFIA codes. 

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References

Publications referenced by this paper.
SHOWING 1-4 OF 4 REFERENCES

Accelerator Technology T06 Room Temperature RF 121 C op yr ig ht c ○ 20 11 by IP A C ’1 1/ E PS -A G — cc C re at iv e C om m on

Jiaru Shi
  • Proc. of EPAC’06,
  • 2011
VIEW 1 EXCERPT

Calculation and test research of coupling of accelerating structure

Xiaohao Bian
  • 2005
VIEW 1 EXCERPT

The theory of low-energy linear electron accelerator

Yuzheng Lin
  • 1999

Linear electron accelerator ” , Beijing , 1986 [ 5 ] Xiaohao Bian , “ Calculation and test research of coupling of accelerating structure ”

Chongguo Yao