| Paper |
Title |
Other Keywords |
Page |
| MOP009 |
Dragon-I Linear Induction Accelerator
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emittance, electron, cathode, linac |
49 |
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- J. Deng, N. Cheng, G. Dai, Z. Dai, B. Ding, J. Li, J. Shi, H. Wang, K. Zhang, L. Zhang
CAEP/IFP, Mainyang, Sichuan
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The best quality induction linac in the world, named Dragon-I, has been built at Institute of Fluid Physics, China Academy of Engineering Physics. It can produce 2.5~3kA high current electron beam with energy of 20MeV and pulse width of 70ns. The spot size of about 1mm diameter has been achieved with beam current greater than 2.5kA. The design of Dragon-I facility is introduced briefly. The commissioning and results of Dragon-I are presented in the paper including the most recent time resolved measurements of beam parameters.
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| MOP022 |
Simulation and Design of a Small LIA Stand
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electron, linac, simulation, gun |
82 |
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- 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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| TU1003 |
Modern Electron Induction Linacs
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electron, target, cathode, linac |
208 |
| |
- R. D. Scarpetti, H. A. Davis
LANL, Los Alamos, New Mexico
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Several high power induction linacs are in existence and a couple are being built around the world. Typically, they are capable of delivering about 100 micro-coulombs of e-beam to the target in a single burst and are built for radiographic application. DARHT 2nd Axis induction linac under construction at Los Alamos National Laboratory is the first of its kind, designed to deliver multiple e-beam pulses to the target. This incorporates the latest advances in the induction linac technology. An overview of the existing as well as the DARHT induction linac will be presented in this paper.
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