针对水下高速目标出水初段轨迹特点, 提出了利用近距离光电复合引导激光测距仪与高速摄像设备同步观测的测量方法;构建了测量装置, 分析了满足一般测量要求各设备的指标设计要求; 论证了该技术方案实现的可行性;对测量装置的轨迹测量精度进行了初步的估算, 结果表明该方法能满足测量要求, 为高速目标出水初段轨迹近距离测量和实况观测提供了一个重要手段, 具有较大的**应用价值。

Aiming at the characteristics of initial trajectory of underwater high-speed target after coming out of water,a measurement method is proposed for synchronous observing with electro-optical compound device to guide the laser rangefinder and high-speed camera.A measurement device is designed,and the design requirements of each device that meet the general measurement requirements are analyzed,and the feasibility of the scheme is demonstrated.The trajectory measurement accuracy of the device is preliminarily estimated.The results show that it can meet the measurement requirements,which provides an important means for short-range measurement and live observation for initial trajectory of high-speed target out of water,and has great military application value.