Abstract
A new optical technique for the extreme ultraviolet (EUV) spectral region based on glass capillary converters has been tested for studies of highly charged ion collision processes, plasma diagnostics and synchrotron radiation applications. Specifically a complex glass capillary converter system has been utilized in conjunction with a high resolution 2.2m grazing incidence monochromator to record EUV (10-100 nm) projectile and target spectra following multicharged ion collisions with He, leading to an enhancement of detected EUV photon flux between 10 and 30.
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