Abstract
The spatial structure of extreme ultraviolet (XUV) line emission from plasmas produced by nanosecond CO2 laser pulses has been examined with a slitless normal-incidence vacuum-ultraviolet spectrograph in the 200–500-Å spectral region. The anomalous structural behavior of these spectra is consistent with the existence of self-generated magnetic fields. These fields could also explain the gross plasma structure observed through picosecond interferometry.
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