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PROCEDURE ESTABLISHING LIMITS OF RANGE OF POSSIBLE LAUNCH OF ROCKET

机译:确定火箭可能发射范围的程序极限

摘要

FIELD: determination of limits of range of feasible launch of aircraft guided rocket. SUBSTANCE: with given collection of launch conditions, specified law of target motion and preset characteristics of aircraft guided rocket process of guidance of aircraft guided rocket is divided into stages. At each stage change of modulus of velocity vector of aircraft guided rocket is set in the form of linear function which parameters and parameters of motion of aircraft guided rocket with reference to target are established by analytical expressions obtained as result of solving of differential equations for modulus of velocity vector and rate of closure of aircraft guided rocket with target along trajectory on which coupling superimposed on motion of aircraft guided rocket by process of guidance and conditions ensuring uninterrupted guidance of aircraft guided rocket and operation of fuze are provided. Limits of range of possible launch are established by summation of increments of range between aircraft guided rocket and target at each stage with allowance for operation range of control system of aircraft guided rocket. Procedure makes it possible to diminish operation time of digital computer in process of determination of limits of range of possible launch by factor of 1000 as compared with other existing procedures and error in establishment of these limits does not exceed 5% of their precise values. EFFECT: diminished operation time of digital computer while determining limits of range of possible launch of aircraft guided rocket with sufficiently high precision in wide range of measurement of launch conditions of aircraft guided rocket. 2 dwg
机译:领域:确定飞机制导火箭的可行发射范围的极限。物质:在给定发射条件的情况下,规定的目标运动定律和预设的飞机制导火箭特性被划分为飞机制导火箭的过程。在每个阶段,以线性函数的形式设置飞机制导火箭速度矢量模量的变化,通过求解模量微分方程的结果得到的解析表达式来建立飞机制导火箭弹相对于目标的运动参数和参数沿目标轨迹的飞行器的速度矢量和闭合速度与目标之间的关系,通过制导过程和条件确保飞行器的不间断引导和引信操作,使耦合叠加在飞行器的运动上。通过在每个阶段将飞机制导火箭弹与目标之间的射程增量相加,并在飞机制导火箭弹的控制系统的工作范围内允许,来确定可能发射的范围极限。该程序与其他现有程序相比,可以在确定可能发射范围的极限过程中将数字计算机的运行时间缩短1000倍,并且建立这些极限的误差不超过其精确值的5%。效果:在确定飞机制导火箭的发射条件的广泛范围内,以足够高的精度确定飞机制导火箭的可能发射范围的极限时,减少了数字计算机的运行时间。 2 dwg

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