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分析了现代激光制导武器中陀螺稳定光学系统式位标器的两种进动控制方式———受控磁环轴向充磁与控制线圈径向布置和受控磁饼径向充磁与控制线圈轴向布置。由现代电磁场理论 ,磁体在磁场中的受力及进动理论 ,分别推导出了它们的进动角速度的计算公式 ,并进行了第一种进动控制方式的计算机模拟计算 ,结果与实际相符
Two kinds of precession control methods of gyro stabilized optical system type marker in modern laser guided weapon are analyzed. The controlled magnetic ring axial magnetization and control coil radial arrangement and the controlled magnetic cake radial magnetization and control Coils are arranged axially. According to the theory of modern electromagnetic field, the force and precession theory of the magnet in the magnetic field, the formulas for calculating the precession angular velocity are deduced respectively. The first simulation of the precession control method is carried out and the results are in accordance with the actual ones