Numerical studies of powerful terahertz pulse generation from a super-radiant surface wave oscillator
H Zhang, J Wang, C Tong, X Li, G Wang - Physics of Plasmas, 2009 - pubs.aip.org
The results of theoretical and numerical studies of coherent stimulated terahertz radiation
from intense, subnanosecond electron beam are presented. The mechanism of terahertz
pulse generation is associated with self-bunching of the beam and slippage of the wave
over the whole electron flow. This so called Cherenkov super-radiance (SR) is used to
propose a compact terahertz generator with high peak power. A large cross-section
(overmoded), slow wave structure is designed to support the high power handling capability …
from intense, subnanosecond electron beam are presented. The mechanism of terahertz
pulse generation is associated with self-bunching of the beam and slippage of the wave
over the whole electron flow. This so called Cherenkov super-radiance (SR) is used to
propose a compact terahertz generator with high peak power. A large cross-section
(overmoded), slow wave structure is designed to support the high power handling capability …
Numerical studies of powerful terahertz pulse generation from a super-radiant surface wave oscillator
Z Hai, W Jianguo, T Changjiang, L Xiaoze… - Physics of Plasmas, 2009 - osti.gov
The results of theoretical and numerical studies of coherent stimulated terahertz radiation
from intense, subnanosecond electron beam are presented. The mechanism of terahertz
pulse generation is associated with self-bunching of the beam and slippage of the wave
over the whole electron flow. This so called Cherenkov super-radiance (SR) is used to
propose a compact terahertz generator with high peak power. A large cross-section
(overmoded), slow wave structure is designed to support the high power handling capability …
from intense, subnanosecond electron beam are presented. The mechanism of terahertz
pulse generation is associated with self-bunching of the beam and slippage of the wave
over the whole electron flow. This so called Cherenkov super-radiance (SR) is used to
propose a compact terahertz generator with high peak power. A large cross-section
(overmoded), slow wave structure is designed to support the high power handling capability …
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