基于空袭目标特性的相遇点斜距模型

Oblique Distance Model for Encounter Point Based on Target Characteristic

通过构建相遇点斜距模型,探索了防空导弹武器系统对空袭目标的杀伤区远界和近界。以雷达的最大作用距离作为限制条件模拟防空导弹武器系统的射击过程,构建了首次相遇点斜距模型;在对杀伤空域进行一系列假设和对杀伤区低近界进行分析的基础上,考虑飞机所携带武器射程的条件下分4种情况构建了末次相遇点斜距模型。仿真结果表明,首次与末次相遇点斜距可以较好的模拟防空导弹武器系统对空袭目标的杀伤区远界和近界。

It explores far boundary and near boundary of kill zone by way of oblique distance model for encounter point. It simulates firing process of anti-aircraft missile weapon system with the restriction on fully effect distance of radar, and builds oblique distance model for the first encounter point. Firstly, it hypothesizes kill zone and analyzes the low near boundary of kill zone, then builds oblique distance model for the last encounter point under the condition of the weapon range that the plane carries. The simulation result indicates that oblique distance for the first and the last encounter point can preferably simulate the far boundary and near boundary of kill zone.