Emission spectrum of a multimode dye laser with frequency-shifted feedback for the simulation of Rayleigh scattering

Latz, T.; Aupers, F.; Baev, V. M.; Toschek, P. E.

doi:10.1016/s0030-4018(98)00402-7

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Iclas With a Fsf Ti:sapphire Laser1

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2013

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“…In an experiment with a dye laser whose output beam is slightly extracavity frequency shifted (<30 kHz) and fed back into the cavity, it has been shown that the sensitivity of ICLAS is already significantly altered [13]. In our case the intracavity frequency shift is 70 MHz (at each cavity round trip) that is much larger than the width of the free running laser modes.…”

Section: Iclas With a Fsf Ti:sapphire Lasermentioning

confidence: 65%

Intracavity absorption spectroscopy with a turbulent detuned actively mode-locked Ti:sapphire laser

Pique¹

2013

Opt. Express

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Intracavity laser absorption spectroscopy (ICLAS) is an extremely sensitive method for the detection of very weak absorptions. However, the conventional use of multimode lasers has thus far significantly reduced its ability to detect in situ molecules and its sensitivity. We propose the use of a new type of laser that overcomes these limitations: the turbulent detuned actively mode-locked (TDAM) Ti:sapphire laser, which owing to its short coherence length, eliminates harmful intracavity interferences. The proposed technique called TDAM-ICLAS is furthermore highly sensitive to intracavity absorption, continuously tunable and has no frequency chirp.

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Section: Iclas With a Fsf Ti:sapphire Lasermentioning

confidence: 65%