摘要
自动操瞄式火炮在出厂前均要进行调炮精度检测,自动操瞄式火箭炮也是如此。当采用基于固定目标方式进行火箭炮方向调炮精度检测时,由于火箭炮自身结构及其他原因,存在一定的方向调炮精度检测误差。根据现场工作实践,总结出基于固定目标方式的火箭炮方向调炮精度检测方法,以及在进行这种方向调炮精度检测时对场地形态的要求;火箭炮在场地上停放的位置的要求;具体分析了火箭炮相对固定检测目标位置不同时对方向调炮误差精度的影响;对火箭炮与固定目标距离不同时的最大调炮误差进行了估算。
Gun adjustment accuracy should be tested for all rocket launchers and other artilleries before they leave the factory.There would be some errors in gun direction adjustment when we apply a fixed target way to test the adjustment accuracy,for some reasons from the structure of rocket launcher itself.Based on practical field work,we summarize a fixed target way to test rocket launcher＇s gun adjustment accuracy and the requirement of the site form and the parking position of rocket launcher.We conduct a detailed analysis of the gun direction adjustment error when the rocket launcher is in a different position from the fixed target.We also estimate the maximum adjustment error when the rocket launcher and the fixed target have different distances.
出处
《火炮发射与控制学报》
北大核心
2012年第3期89-92,共4页
Journal of Gun Launch & Control
关键词
工程测量技术
检测精度
调炮误差
检测目标
engineering survey technology
test accuracy
gun adjustment error
target for testing
