Titlebook: Dye Lasers; Fritz Peter Schäfer Textbook 19731st edition Springer-Verlag Berlin Heidelberg 1973 Absorption.Lasers.laser.laser spectroscopy

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g, the development of the dye laser has been closely tied in with the discovery of new and better laser dyes. The phthalocyanine solution employed for the original dye laser (. and ., 1966) is hardly used today, but the compound rhodamine 6G, found soon afterwards (. et al., 1967), is probably the m

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that dye lasers will have a considerable impact on a variety of areas of science and technology. To illustrate the potential and versatility of organic dye lasers, this last chapter will review a number of recently reported or suggested dye-laser applications. Naturally, most of these applications

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Mode-Locking of Dye Lasers,ed to produce a pulse of picosecond duration is still much less than that of a typical dye emission band, a dye laser can be a source of wavelength-tunable picosecond pulses. Dye lasers are also the only devices at present capable of producing such pulses on a continuous, highly repetitive basis.

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Dye Lasers978-3-662-11579-4Series ISSN 0303-4216 Series E-ISSN 1437-0859

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Principles of Dye Laser Operation, to the already long list of lasers. They were the fulfillment of an experimenter’s pipe dream that was as old as the laser itself: To have a laser that was easily tunable over a wide range of frequencies or wavelengths. Dye lasers are attractive in several other respects: Dyes can be used in the so