Spatial Variation of the RF Electromagnetic Induction Fields from Simple Antenna Configurations
University of Wisconsin--Madison, 2000 - 50 pages
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according affect analytical antenna consisting antenna elements antiparallel approximation argon assumption calculation capacitive coupling chord collision compared conductors constant coupling curl current flow decrease dependence destructive determine dielectric difference diffusion dipole distance effects electric field magnitude electric field profile electromagnetic electron density profile electron heating EM fields Equations example exists expression factor fairly finally follows geometries given gives humped increases inductive infinite wire input integrals interest ionization larger length of wire localized low values Madison magnetic field neighboring wires obtain opposite directions oscillating parallel parallel and antiparallel parallel configuration path perpendicular peaked plane containing plasma plot point of observation possible predict processing profiles in Figure radiation region relevant requirements scale segments shape shown in Figure spatial profile spatial structure spatial variation substrates sustained taking taper turns understanding uniformity vacuum electric vacuum fields vector wire separation