Propagation of Electron Cyclotron Waves Along a Magnetic Beach
G. Lisitano, M. Fontanesi, S. Bernabei
Abstract
G. Lisitano, M. Fontanesi, S. Bernabei
Abstract
The wave dispersion characteristic of whistler waves in a plasma is directly recorded as a function of the ratio of electron cyclotron frequency to wave frequency along their propagation path in a magnetic mirror. In the limit of small wavelengths the dispersion characteristic approaches that of plane waves in an unbounded plasma.
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The wave dispersion characteristic of whistler waves in a plasma is directly recorded as a function of the ratio of electron cyclotron frequency to wave frequency along their propagation path in a magnetic mirror. In the limit of small wavelengths the dispersion characteristic approaches that of plane waves in an unbounded plasma.
Key concepts: Physics, Whistler, Cyclotron, Electromagnetic electron wave, Wave propagation, Wavelength, Dispersion relation, Dispersion (optics)