论文部分内容阅读
运用二维浮动平台技术、传感器技术、激光技术等研制新一代高炮激光模拟实弹系统。实时采集火炮转动瞄准的方位角、射角和向量式瞄准具的相应工作参数。将瞄准具的工作参数转换为射弹飞行时间,计算出火炮发射时的高角,通过浮动式控制平台控制激光发射器消除高角和提前量角,等待射弹飞行时间以后发射激光,完成激光在空问和时间上对炮弹弹道的模拟。
The use of two-dimensional floating platform technology, sensor technology, laser technology to develop a new generation of artillery laser simulation live ammunition system. Real-time acquisition of artillery rotation aimed at the azimuth, angle of incidence and vectorial sights of the corresponding operating parameters. The working parameters of the sight are converted into the flight time of the projectile, the high angle at the launch of the artillery is calculated, the laser emitter is controlled by the floating control platform to eliminate the high angle and the advance angle, and the laser is emitted after waiting for the flight time of the projectile Question and time on the ballistic simulation of shells.