| Document Date: 2001-12-23 15:38:12
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City Mainz / Eschenlohe / Garmisch-Partenkirchen / Oberkochen / / Company Abstract Semiconductor / Sensors Unlimited Inc. / Elsevier Science Ltd. / Lucent Technologies / / Country Germany / Italy / / / Event Environmental Issue / / IndustryTerm consumer electronics / Laser devices / near-infrared trace gas sensor / trace gas / actual device / online drift correction / gas analyzer / online analysis / double heterostructure devices / Non-dispersive infrared systems / GasfilterCorrelator systems / detection electronics / gas selective devices / gas concentrations / chemical mid-infrared sensor / signal processing / trace gas monitoring applications / phase-sensitive detection electronics / chemical resolution / operational systems / calibration gas mixture / eddy correlation trace gas / near-infrared trace-gas sensor / system calibration using certified gas mixtures / routine applications / subsequent phase-sensitive detection electronics / spectroscopic applications / laser-based gas monitors / industrial applications / gas analysis / important research applications / telecommunications / cw applications / unattended industrial routine applications / online gas analysis / ppm 12CO2 calibration gas mixture / signal processing schemes / ultra-sensitive gas analysis / ber optical communications / chemical sensor / / MusicGroup IR / / Organization Fraunhofer Institut / US Federal Reserve / Max-Planck Institut / / Person Karl Maurera / Bernd J.ankerd / Peter Werlea / Franz Slemra / Robert M.ucke / Robert Kormannb / / Position *Corresponding author / / Technology semiconductor / radiation / laser / semiconductors / Lasers / spectroscopy / radio frequency / frequency modulation / recombination / / URL www.wagner-bremen.de / /
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Optics and Lasers in Engineering114 Near- and mid-infrared laser-optical sensors for gas analysis Peter Werlea,*, Franz Slemra, Karl Maurera, Robert Kormannb, Robert M.ucke c, Bernd J.ankerd