Abstract

Fourier transform techniques in spectroscopy have been shown to offer significant improvements over classical dispersive methods in the study of infrared spectral features both in astronomical measurements and in laboratory studies. These improvements result from now well known principles including spectral multiplexing, high etendue or throughput, and a significantly improved wave number scale.

Infrared spectroscopic studies of transients

A. W. Mantz
Appl. Opt. 17(9) 1347-1351 (1978)

Infrared species tomography of a transient flow field using Kalman filtering

Kyle J. Daun, Steven L. Waslander, and Brandon B. Tulloch
Appl. Opt. 50(6) 891-900 (2011)

High-resolution VUV spectrometer with multichannel detector for absorption studies of transient species

Christopher L. Cromer, John M. Bridges, James R. Roberts, and Thomas B. Lucatorto
Appl. Opt. 24(18) 2996-3001 (1985)

Single-tone mid-infrared frequency modulation spectroscopy for sensitive detection of transient species

Michael Stuhr, Nancy Faßheber, and Gernot Friedrichs
Opt. Express 27(19) 26499-26512 (2019)

High resolution ZrF₄-fiber-delivered multi-species infrared spectroscopy

Kerr Johnson, Pablo Castro-Marin, Oguzhan Kara, Carl Farrell, and Derryck T. Reid
OSA Continuum 3(12) 3595-3603 (2020)