Research on the Ability of Laser-guided Weapons to Capture Targets
In order to study the ability of laser-guided weapons to capture targets in various environments such as sea and land,mathematical models such as flight trajectory,backscatter and target diffuse reflection of laser-guided weapons are established,and whether the guided weapons could capture targets normally are judged by comparing the field of view,backscatter power density and target diffuse reflection power density of laser-guided weapons.Simulation calculations show that under the same conditions,the same laser weapon captures the target later at sea than in the land and other environments,the capture distance is closer,and the backscattering is more serious.Under normal circumstances,the backscattering effect of laser-guided weapons is more serious in the initial 4.4s time period of this projection,and the backscattering effect can be avoided by reducing the outlet energy of the laser irradiator or increasing the distance between the central axis of the laser-guided weapon and the optical path of the laser irradiator to more than 250m.
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