Structure-less generation of sub-millimeter radiation
We report detailed simulations of a two-stream instability using co-propagating electron beams of differing energies By adjusting parameters such as beam currents and the energy difference, a remarkable amount of self-modulation occurs at controllable and predictable frequencies. The typical frequen...
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| creator | Bishofberger, K. Svimonishvili, T. Faehl, R.J. Carlsten, B.E. |
| description | We report detailed simulations of a two-stream instability using co-propagating electron beams of differing energies By adjusting parameters such as beam currents and the energy difference, a remarkable amount of self-modulation occurs at controllable and predictable frequencies. The typical frequencies of oscillation traverse the sub-millimeter and terahertz range, and the power associated with the bunching reaches saturation in distances of propagation less than 0.1 meter. |
| doi_str_mv | 10.1109/IVELEC.2009.5193537 |
| format | Conference Proceeding |
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| source | IEEE Electronic Library (IEL) Conference Proceedings |
| subjects | beam dynamics Cathodes electron beam manipulation Electron beams Frequency Laboratories Manipulator dynamics Oscillators Particle beams Power generation Predictive models sub-millimeter generation Submillimeter wave propagation terahertz generation two-stream instability |
| title | Structure-less generation of sub-millimeter radiation |
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