NONLINEAR-ANALYSIS USING A FLUID MODEL FOR TIW SATURATION CHARACTERISTICS IN THE CHERENKOV MASER OPERATION
The saturation state composed of the wave and relativistic electron beam in a dielectric-lined cylindrical waveguide is analyzed using the nonlinear formulation based on the cold fluid-Maxwell equations. The effects of the beam current,, the beam energy and the dielectric materials on the efficiency are discussed. It is suggested that the operation with lower-energy beam can be more efficient in the high frequency regime for the case of the high power DCM with high current.
- Publisher
- ELSEVIER SCIENCE BV
- Issue Date
- 1995-11
- Language
- English
- Article Type
- Note
- Keywords
RELATIVISTIC ELECTRON-BEAM; LINED WAVE-GUIDES; CERENKOV MASER; RADIATION; POWER; WAVELENGTHS; OSCILLATOR; WAVEGUIDE
- Citation
OPTICS COMMUNICATIONS, v.121, no.1-3, pp.41 - 48
- ISSN
- 0030-4018
- Appears in Collection
- Files in This Item
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