论文部分内容阅读
以某无动力反潜深弹弹体特性及参数模型,采用了追踪法的双平面导引方案,分别建立了无动力反潜深弹自导模型、导引与控制模型及目标运动模型,分析了可攻击区域的影响因素。在典型作战态势下,分别进行了深弹可攻击区域的弹道仿真,验证了导引及控制方法的有效性,为水下弹道规划、导引与控制方法的确定有效性评定提供了依据,为部队有效使用深弹,提高反潜效率,降低反潜成本提供了方法。
Taking a non-powered anti-submarine deep-bomb missile body characteristic and parameter model, a dual-plane guidance scheme of tracking method is adopted. The self-guided missile defenseless guided missile with deep penetration, guidance and control model and target motion model are established respectively. Factors affecting the area of attack. Under the typical battle situation, the trajectory simulation of the deep-bombable attack zone was carried out respectively, and the effectiveness of the guidance and control methods was verified. The results provided the basis for the validity assessment of the underwater ballistic planning, guidance and control methods The effective use of deep bombs by troops, to enhance anti-submarine efficiency and reduce the cost of anti-submarine method.