摘要
分布式高炮火控系统在大间隔配置条件下,受火力单元空间基线、有效射高以及有效斜距离的限制,采用传统的同一时刻射击方式时射击效果不理想。在保留同一时刻射击方式的同时,设计了同一斜距离和同一未来点2种新的射击方式,其中同一斜距离射击方式确保了各火力单元的最佳开火距离,而同一未来点射击方式则实现了各火力单元对目标同一未来点的火力包围。考虑工程应用,给出了3种射击方式的具体实现,并通过某型分布式火控系统数值仿真以及靶场射击试验说明了设计方案的合理性和可行性。
In the distributed fire control system,a traditional shooting mode is to shoot at the same time.When the interval between fire units becomes larger,it can not work well under the limit of space baseline,effective shooting height and distance of the fire units.Keeping this mode,two novel shooting modes,i.e.shooting on the same range and shooting the same coming point,are designed.The former can insure that the fire units shoot on their best distances,and the later can insure that the fire units hit the same point.Considering practical applications,the implementations of these shooting modes are presented,and their rationality and feasibility are illustrated by using numerical simulation and range test of a certain type of distributed fire control system.
出处
《兵工学报》
EI
CAS
CSCD
北大核心
2011年第7期795-800,共6页
Acta Armamentarii
关键词
工程控制论
分布式火控系统
跟踪射击
射击方式
engineering cybernetics
distributed fire control system
tracking shooting
shooting mode
