摘要
激光武器作为新型的定向高能武器装备,与传统的武器装备相比,对跟瞄精度有更高要求。运用理论分析、模拟仿真的方法,通过对激光武器命中概率、光斑稳定概率的分析,确定了不同的大气环境下,激光武器对跟瞄精度的要求,并以"海石"激光武器系统为例,进行了跟瞄精度分析,提出了影响跟瞄精度的主要因素,为激光武器的研究提供了借鉴。
Laser weapons as a new type of directional weapons and equipment,compared with the traditional weapons and equipment,must have a higher accuracy requirements.This paper uses the method of theoretical analysis and simulation to analyze the requirements of laser weapon hitting probability and spot stability to determine the accuracy of laser weapons in different atmospheric environment. Taking the "sea stone"laser weapon system as an example,the aim of the aiming accuracy is analyzed,and the main factors influencing the aiming accuracy are put forward. This paper provides a reference for the research of laser weapon.
作者
易瑔
孙先知
杨建昌
王林森
何炳阳
YI Quan;SUN Xian-zhi;YANG Jian-chang;WANG Lin-sen;HE Bing-yang(Army Academy of Armored Force,Beijing 100072,China)
出处
《火力与指挥控制》
CSCD
北大核心
2018年第6期98-102,共5页
Fire Control & Command Control
关键词
跟瞄精度
衍射
大气湍流
命中概率
稳定概率
the aiming accuracy
diffraction
atmospheric turbulence
hit probability
stabilityprobability