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Brightness temperature spectra acquired from FTIR(Fourier Transform Infrared)-SCADS (Standoff Chemical Agent Detection System) could be available for detection and identification of the chemical agents and pollutants from different background. IR spectrum range of 770 to 1350 cm -1 is corresponding to “atmospheric window”. A 2-dimensional(2D) brightness temperature spectrum was drawn from combining each data point through automatic continuous scanning of FTIR along with altitude and azimuth. At higher altitude, temperature of background was decreased but scattering effect of atmospheric gases was increased. Increase in temperature difference between background and blackbody in SCADS at higher temperature causes to increases in peak intensity of SF 6 . This approach shows us a possibility that 2D visual information is acquired from scanning data with a single FTIR- SCADS.Key Words : Passive(), Sulfur Hexafluoride( ), Fourier Transform Infrared(  ), Standoff Chemical Agent Detection System(  ), Altitude(), Azimuth(), Simulant()

Passive Remote Chemical Detection of SF6Clouds in the Atmosphere by FTIR

Passive Remote Chemical Detection of SF₆Clouds in the Atmosphere by FTIR