RTO-TR-SET-098 - FTP Directory Listing - Nato
RTO-TR-SET-098 - FTP Directory Listing - Nato
RTO-TR-SET-098 - FTP Directory Listing - Nato
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LASER BASED STAND-OFF DETECTION OF BIOLOGICAL AGENTS<br />
Figure 11: LMCT WANDER LIDAR.<br />
Combined measurements of multi-wavelength depolarization ratios and differential backscatter parameters<br />
assembled in an appropriate discrimination algorithm have demonstrated the ability of real-time day and night<br />
discrimination of biological simulants. The current WANDER system has been operated in an eye-safe mode<br />
and has demonstrated the appropriate sensitivity for an early warning system.<br />
6.0 TEST CAMPAIGNS<br />
6.1 Montreal Trial: CIFAUE 06<br />
The CIFAUE trial, standing for Characterization of Induced Fluorescence of Aerosol in Urban Environment<br />
was conducted at the Montreal garrison Longue-Pointe, located in the East part of Montreal, Quebec, Canada,<br />
the last week of September 2006. The pursued objective was to obtain the basic characteristics of induced<br />
fluorescence from aerosols present in an urban environment and its evolution with time. This field trial was<br />
organized by DRDC Valcartier and the British and Canadian stand-off systems were present. The CIFAUE<br />
trial included four phases, each one dedicated to the characterization of a particular area of interest (AOI):<br />
1) Traffic interchange;<br />
2) Harbor facilities;<br />
3) Freight classification yard and industrial/commercial quarters; and<br />
4) The Olympic stadium area (Figure 12).<br />
The aerosols present in these specific urban AOI were characterized during an entire night for each one of<br />
them, from about 8 PM to 5 AM.<br />
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