Abstract
Leading edge research in molecular dynamics, pbotoeiectron spectroscopy, surface interactions, and radiobiology has pushed forward the requirement for intense, pulsed, tunable sources of vacuum ultraviolet radiation. Presently, only synchrotron radiation sources (SRS) are sufficiently bright for these applications. A bright, continuously tunable VUV beamline capable of delivering in excess of 3 × 101) photo ns/sec/cm2/1nm BW @100 ran (BW = Δλ/λ is the bandwidth) to the sample was constructed on a plasma source generated by a high repetition rate, picosecond KrF excimer laser system. The beamline output can be increased >100 by improved source coupling.
© 1997 Optical Society of America
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