Lorentzian autocorrelation of mid-infrared pulses from water vapor absorption

Lenard Vamos,Christian Hensel,Luke Maidment,Igor Tyulnev,Ugaitz Elu,Daniel Sanchez,Michael Enders,Jens Biegert

2021 CONFERENCE ON LASERS AND ELECTRO-OPTICS EUROPE & EUROPEAN QUANTUM ELECTRONICS CONFERENCE (CLEO/EUROPE-EQEC)（2021）

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摘要

The mid-infrared spectral regime is a current focus of interest for investigation of molecular fingerprint region absorption, crystal lattice vibrations, superconductors, spin waves etc. [1] and an ultrawide bandwidth is promised for telecommunication. However, atmospheric propagation of ultrafast laser pulses is disrupted by many water vapor absorption lines in this spectral range due to stretching and bending vibrational modes.

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关键词

mid-infrared spectral regime,molecular fingerprint region absorption,crystal lattice vibrations,superconductors,ultrawide bandwidth,atmospheric propagation,ultrafast laser pulses,water vapor absorption lines,spectral range,vibrational modes,mid-infrared pulses,Lorentzian autocorrelation

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