Study And Simulation Techniques Of Sequential Fall Point Dispersion For Regional Blockade Airborne Dispenser

This paper presents computer simulation studies of the sequential fall point dispersion for regional blockade airborne dispenser. The main points are as follows:(1) Point dispersion research6-D external ballistic modeling of the bullet which is ejected from the dispenser by sequentially is built up, the simulation calculation procedure to simulate the bullet's movement and to analyze a series of trajectory parameters are drew up, the factors which affect the fall point distributing and dispersion are analyzed, Monte-Carlo method is applied to numerical simulation of dispersion.(2) Computer simulation researchThe target region modeling and procedure are built up to calculate the total areas that all of the sequential bullets blockade without overlap. Monte-Carlo method is applied to evaluate the blockade effect and blockade probability. A series of trajectory parameters and the effects they affect blockage probability are analyzed. For different blockage radius of different types of bullets, summarized the optimal parameters set for the optimal blockade effect.