| Paper |
Title |
Page |
| MOP022 |
Simulation and Design of a Small LIA Stand
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82 |
| |
- C.-X. Tang, Cheng. Cheng. Cheng, S. Q. Liao
TUB, Beijing
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A small LIA experiment stand is designed and manufactured at Accelerator Lab, Tsinghua University. It consists of a thermal cathode DC gun, two induction acceleration cells, pulse power supply system, beam transportation and diagnostics. The electron gun can produce an electron beam of 80 ns, 1.2A and 80keV. Two induction cells accelerate beam energy up to 240keV. The time interval of each two pulses is 300 ns, and the beam pulse flat-top is 80ns. Simulations of the beam transportation by PARMELA code and the optimized results of the beam line will be presented in this paper.
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| TUP007 |
Low-Energy Linacs and Their Applications in Tsinghua University
|
256 |
| |
- C.-X. Tang, H. Chen, Y. H. Liu
TUB, Beijing
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During these years, several kinds of low energy linacs were developed for cargo inspection, non-destructive-test and irradiation in Tsinghua University cooperated with NUCTECH company. The newly finished interlaced pulse dual energy 9/6MeV linac for material distinguishing cargo inspection and several others will be described here. The beam dynamics simulation and the experiment results together with some applications of these linacs will be given in this paper.
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| TUP008 |
The Low Emittance Photoinjector in Tsinghua University
|
259 |
| |
- C.-X. Tang, Q. Du, Y.-C. Du, X. He, W.-H. Huang, Y. Lin
TUB, Beijing
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A photocathode rf gun system is under developing in Tsinghua University for Thomson scattering. The microwave properties and the high power processing of this rf gun were finished. The UV laser system can provide a 266nm laser pulse with 1~10ps and 200μJ photo energy per pulse. The beam experiments are under way. This paper gives a general description of this photocathode rf gun and its preparation.
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