Abstract
The advantages of wide-range (IR THz) identification of objects in smoke, dust curtains and fog are considered. It is shown that the identification of objects in these conditions is provided by using extended (IR THz) range. The results of the object location in the THz range, giving information about the ESR of the object, and the results of the location in the IR range are presented. Comparison of the attenuation of the IR and THz signal in the conditions of smoke, dust curtains and fog indicate the need to combine these ranges to solve the problems of locating objects in conditions of real interference arising in combat, antiterrorist operations and in emergency.
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