1974Journal of Applied PhysicsRequires access

Simultaneous two-wavelength output from multiple-dye pulsed tunable dye lasers

Robert C. Hilborn, Howard C. Brayman

Open publisher page 25 citations

Abstract

We report the observation of simultaneous two-wavelength output from nitrogen-laser-pumped multiple-dye lasers. Rhodamine 6G-cresyl violet mixtures and coumarin-rhodamine 6G mixtures were studied. An analysis of the spatial distribution and time dependence of the two wavelengths indicates that in the range of dye concentrations used, radiative transfer is the dominant excitation transfer process.

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What this paper is about

We report the observation of simultaneous two-wavelength output from nitrogen-laser-pumped multiple-dye lasers. Rhodamine 6G-cresyl violet mixtures and coumarin-rhodamine 6G mixtures were studied. An analysis of the spatial distribution and time dependence of the two wavelengths indicates that in the range of dye concentrations used, radiative transfer is the dominant excitation transfer process.

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Available abstract

We report the observation of simultaneous two-wavelength output from nitrogen-laser-pumped multiple-dye lasers. Rhodamine 6G-cresyl violet mixtures and coumarin-rhodamine 6G mixtures were studied. An analysis of the spatial distribution and time dependence of the two wavelengths indicates that in the range of dye concentrations used, radiative transfer is the dominant excitation transfer process.

Key concepts: Rhodamine 6G, Dye laser, Laser, Wavelength, Materials science, Tunable laser, Optoelectronics, Rhodamine

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