Spatial coherence and electromagnetic wave generation during electron beam experiments in space

Details Spatial coherence and electromagnetic wave generation during electron beam experiments in space Spatial coherence and electromagnetic wave generation during electron beam experiments in space

Dec 1992

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1992adspr..12...35p&link_type=abstract

(Active experiments in space; Proceedings of the Topical Meeting of the Interdisciplinary Scientific Commission D /Meeting D3/ o

Computer Science

Computerized Simulation, Electromagnetic Radiation, Electron Beams, Two Dimensional Models, Whistlers, Coherent Radiation, Maxwell Equation, Plasma Frequencies, Poisson Equation, Spacelab

Scientific paper

A 2D electromagnetic simulation model is used to investigate the production of whistler waves in connection with electron beam experiments in space. The spectrum is observed to peak near 0.7 Omega(e), and the conversion efficiency of beam energy to whistler waves is about 5 x 10 exp -5 . The whistlers can be trapped in a density trough extending out from the spacecraft and experience ducted propagation.

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