导弹与航天运载技术
導彈與航天運載技術
도탄여항천운재기술
MISSILES AND SPACE VEHICLES
2013年
5期
1-3,10
,共4页
魏鹏涛%鲜勇%雷刚%郑晓龙
魏鵬濤%鮮勇%雷剛%鄭曉龍
위붕도%선용%뢰강%정효룡
拦截弹道%弹道优化%普适变量法
攔截彈道%彈道優化%普適變量法
란절탄도%탄도우화%보괄변량법
Interception trajectory%Trajectory optimization%General variable algorithm
地基反卫星拦截需要设计拦截弹道。建立拦截弹道主动段弹道计算模型和被动段轨道预测模型,提出被动段普适变量轨道预测算法,给出拦截弹道优化方法。采用一种导弹进行仿真计算,结果表明,只要被动段飞行时间设计合理,所设计弹道能满足空间作战要求。
地基反衛星攔截需要設計攔截彈道。建立攔截彈道主動段彈道計算模型和被動段軌道預測模型,提齣被動段普適變量軌道預測算法,給齣攔截彈道優化方法。採用一種導彈進行倣真計算,結果錶明,隻要被動段飛行時間設計閤理,所設計彈道能滿足空間作戰要求。
지기반위성란절수요설계란절탄도。건립란절탄도주동단탄도계산모형화피동단궤도예측모형,제출피동단보괄변량궤도예측산법,급출란절탄도우화방법。채용일충도탄진행방진계산,결과표명,지요피동단비행시간설계합리,소설계탄도능만족공간작전요구。
The interception trajectory of land-based missile should be designed for anti-satellite interception. Mathematical models for calculating the powered phase trajectory and predicting unpowered phase trajectory were established. A universal variable algorithm to predict unpowered phase trajectory was put forward. And a method to optimize interception trajectory was also put forward. A kind of missile was selected to simulate. The simulation results showed that if the flight time was reasonably designed, the designed trajectory can satisfy the requirements of space interception.