Numerical modeling of a high power terahertz source in Shanghai

On the basis of an energy-recovery linac, a terahertz source with a potential for kilowatts of average power is proposed in Shanghai, which will serve as an effective tool for material and biological sciences. In this paper, the physical design of two free electron laser (FEL) oscillators, in a freq...

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Veröffentlicht in:Chinese physics C 2012-07, Vol.36 (7), p.648-652
1. Verfasser: 戴进华 邓海啸 戴志敏
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description On the basis of an energy-recovery linac, a terahertz source with a potential for kilowatts of average power is proposed in Shanghai, which will serve as an effective tool for material and biological sciences. In this paper, the physical design of two free electron laser (FEL) oscillators, in a frequency range of 2-10 THz and 0.5-2 THz respectively, are presented. By using three-dimensional, time-dependent numerical modeling of GENESIS in combination with a paraxial optical propagation code, the THz oscillator performance, the detuning effects, and the tolerance requirements on the electron beam, the undulator field and the cavity alignment are given.
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subjects Free electron lasers
Frequency ranges
Holes
Mathematical models
Oscillators
Three dimensional models
Tolerances
上海
太赫兹
平均功率
数值模拟
直线加速器
能量回收
自由电子激光
高功率
title Numerical modeling of a high power terahertz source in Shanghai
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