EXPERIMENTAL EVALUATION OF UNINTENDED INTERFERENCE IMPACT ON THE EFFECTIVENESS                  OF MULTI-CHANNEL WEAPON CONTROL SYSTEMS

Fedotov Vladimir Nikolaevich, Candidate of engineering sciences, associate professor, sub-department of artillery devices, Penza branch of the Military academy of material support, wlad_3008@mail.ru
Ashanin Sergey Evgenyevich, Postgraduate student, Penza branch of the Military academy of material support, staylex24@rambler.ru
Fedotov Aleksey Vladimirovich, Candidate of engineering sciences, sub-department of artillery devices, Penza branch of the Military academy of material support, staylex24@rambler.ru
Bezhentsev Aleksey Yuryevich, The senior engineer the verifier Military unit 21374, staylex24@rambler.ru 

623.681.7

The authors have experimentally researched the influence of inadvertent hindrances on multichannel means of investigation, functioning in spectral ranges 0,38…0,75; 3…5; 8…14 microns. To simulate hindrances the researchers used dust smoke clouds from shell ruptures and movement of military vehicles. Experimental researches were conducted on regular samples of military vehicles; as for hindrances the researchers measured the density, the geometrical sizes and existence time. As an influence factor the authors chose the time of target’s visibility loss. 

visibility of the target, multichannel management system, inadvertent hindrance, optical channel, thermal imaging channel.