HIGH-RESOLUTION SATURATED ABSORPTION-SPECTROSCOPY WITH COHERENT TRAINS OF SHORT LIGHT-PULSES

COUILLAUD, B.
DUCASSE, A.
SARGER, L.
BOSCHER, D.

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Publication date

January 1980

DOI

10.1063/1.91518

Publisher

AIP Publishing

Journal

Applied Physics Letters

Abstract

The feasibility of saturated absorption with two counterpropagating trains of short light pulses from a frequency‐locked, synchronously pumped, mode‐locked, cw dye laser is demonstated. In contrast with the experiments using a single‐frequency laser, several velocity classes contribute to the signal, thus increasing the signal‐to‐noise ratio. In addition, the advantages reported for two‐photon spectroscopy (precise frequency scale, increase of the second harmonic, etc.) are available in this new technique

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HIGH-RESOLUTION SATURATED ABSORPTION-SPECTROSCOPY WITH COHERENT TRAINS OF SHORT LIGHT-PULSES

Abstract

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HIGH-RESOLUTION SATURATED ABSORPTION-SPECTROSCOPY WITH COHERENT TRAINS OF SHORT LIGHT-PULSES

Abstract

Extracted data

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