Titlebook: Laserspektroskopie; Neue Entwicklungen u Franz Aussenegg Conference proceedings 1979 Springer-Verlag Wien 1979 Entwicklung.Laserspektroskop

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Laserseitenbandspektroskopie electrooptic modulation of selectable, stabilized CO. laser lines with a tunable microwave source, tunable sidebands in the IR are generated. Spectroscopic investigations of CD. and of GeH. demonstrate a spectral purity of 3 MHz and an absolute (relative) frequency error of ± 30 MHz (± 10 MHz) of t

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Stark Effect Observations in the “Nonpolar” Molecules GeH4 and CD4expected to be observable. With high sensitive spectroscopic techniques, as molecular-beam [1], far infrared [2], microwave [3], radiofrequency infrared double resonance [4] and laser Stark spectroscopy [5] the existence of a permanent dipole moment could be proved for CH.. This dipole moment arises

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Untersuchung der Modenverschiebung durch LadungsÜbertrag in Quasieindimensionalen Organischen Kristan obtained by Raman scattering from internal modes of various crystals of TTF and TCNQ. The mode shift was independent from the particular crystal and was only determined by the charge transfer. For TTF-TCNQ a charge transfer of 0.55 electrons per TCNQ molecule was determined.

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Laser-Mikrosonden-Massen-Analysator LAMMAer excitation of the sample to be analyzed with a lateral resolution of less than fpm. The positive and negative ions thereby resulting from a sample volume of about 10. cm. are analyzed in a time-of-flight mass spectrometer. Each single laser shot allows a complete mass spectrum with a mass resolut

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