Abstract
Multiphoton spectroscopy allows access to highlying states and, for two-photon spectroscopy, excitation of transitions not allowed for singlephoton excitation. This technique is valuable at visible and near-UV wavelengths for a variety of applications. Extension of multiphoton spectroscopy into the vacuum ultraviolet (VUV) region is difficult because of the high powers required. Experiments on VUV two-photon spectroscopy have been performed with multiple-order Raman shifting frequency-doubled dye lasers1 and with tunable ArF excimer lasers.2
© 1991 Optical Society of America
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