摘要
为寻求一种更适合简易火控系统的射击修正方式,对基于等高角修正和等高程修正2种方式进行对比分析。分析等高程修正和等高角修正模型的工作原理,对2种模型在不同应用地形下分4种情况进行对比,并提出了后续的改进设想。结果表明:在半直瞄射击方式下等高角修正的修正效果更好;在增加激光直瞄镜纵向分划后,能进一步提高逼近目标的速度,适应不同的地形条件。
For the purpose of searching for a more proper firing correction mode of simple fire control system, this paper carries out comparison and analysis of equal altitude angle correction mode and equal elevation correction mode. Under different application landscapes, compare 2 modes in 4 situations, and give further improvement measurement. The results show that equal altitude angle correction under the way of semi-direct fire mode is more effective. With the longitudinal scale added to the laser direct fire sight, further increase in the speed of approaching target is available, for suiting various landscape conditions.
作者
雷超
张武新
沈明川
Lei Chao Zhang Wuxin Shen Mingchuan(Research ＆ Development Center of Weapon Equipment Information ＆ Control, Automation Research Institute of China South Industries Group Corporation, Mianyang 621000, China No. 69240 Unit of PLA, Urumqi 830011, China Military Representative Office in No. 167 Factory, Chengdu 61011 O, China)
出处
《兵工自动化》
2016年第12期8-9,13,共3页
Ordnance Industry Automation
关键词
简易火控
修正方式
等高程修正
等高角修正
simple fire control
correction mode
equal elevation correction
equal altitude angle correction
