CAJ | 학술논문

为了实现以最小烟幕屏障对目标的有效防护，设计了最小烟幕遮蔽区域算法，给出了其最小面积和空间坐标；分析了风在烟幕投放过程中对爆点的影响，提出了烟幕投放时发射角度修正算法；研究了烟幕飘移对遮蔽效果的影响，提出了面积补偿算法；最终得到当前气象条件下满足要求的烟幕屏障面积和分区域中心点坐标。
위료실현이최소연막병장대목표적유효방호，설계료최소연막차폐구역산법，급출료기최소면적화공간좌표；분석료풍재연막투방과정중대폭점적영향，제출료연막투방시발사각도수정산법；연구료연막표이대차폐효과적영향，제출료면적보상산법；최종득도당전기상조건하만족요구적연막병장면적화분구역중심점좌표。
The minimum smoke shielded area algorithm is designed and the minimum area and space coordi-nates of the shielded area are given for protecting the targets effectively with the minimum smoke shield. The influ-ence of wind on the exploding point during smoke deployment is analyzed. The adjustment algorithm of deployment angle is proposed. The shielded effect influenced by smoke drifting is researched. Area compensation algorithm is described. The smoke shielded areas and central point coordinates at subarea are obtained finally under current weather conditions.