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Self-consistent resonance absorption with two layer profile steepening
Ahedo Galilea, Eduardo and Sanmartín Losada, Juan Ramón
Self-consistent resonance absorption with two layer profile steepening.
"The physics of fluids B", v. 1
Resonance absorption of p-polarized light, incident at angle 6 on a flowing, stratified plasma, is analyzed; profile steepening within (i) a layer around the turning point, and (ii) a thinner,embedded sublayer at the critical surface is taken into account self-consistently. The entire
steepened region is taken as collisionless and isothermal. The structure of the main layer shows a variety of regimes, depending on how the flow crosses a sonic point. The structure of the sublayer is also determined; it is entirely subsonic (with no wave breaking) for a well-defined,broad parameter range. Density changes across both layer and sublayer, and fractional absorption, are given in terms of [(wavelength)2 Xintensity/temperature], and
(temperature/mec2). The flow outside the double structure is also analyzed for particular conditions.
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