高超音速导弹

高超音速导弹用天线罩材料须同时具有力学、介电、耐烧蚀及抗冲击等综合性能。

The key technologies of the radome materials for hypersonic missiles were introduced , including selective materials , processing and machining technology .

高超音速导弹气动光学效应研究方法综述

Overview of study methods for aero - optic effect of hypersonic missiles

从能量衰减和信号处理角度为SAR应用于高超音速导弹的可行性给出了决策依据。2、提出了双基地SAR平行航迹等速模式的一种Chirpscaling算法。

The decision basis is given from the energy attenuation and signal processing point of view for SAR applied to hypersonic missile . 2 A Chirp Scaling algorithm is put forward for bistatic SAR with parallel flights and the same velocity .

近程高超音速导弹弹翼热结构耦合分析

Thermal-structural coupling analysis on wing short-range hypersonic missile

该算法对高超音速导弹中制导具有较好的适用性，也可以用于末制导。

It is suitable for midcourse guidance and also can be used for terminal guidance .

高超音速导弹天线罩关键技术

Key Technologies of Hypersonic Missile Radomes

高超音速导弹弹道优化的目的是针对其弹道数学模型，设计方案弹道，寻求一个最优攻角规律使得弹道性能指标最优。

The goal of trajectory optimization for a hypersonic missile is to find an optimal law of attack angle so as to make trajectory scheme designed optimal .

一种奇异摄动最优中制导律在高超音速巡航导弹中的应用

A Singular Disturbance 's Optimum Middle Control Law Applied to Hypersonic Cruise Missile

武器包括设计用于潜艇携带的波塞冬水下核无人机，以及可部署在水面舰艇上的锆石高超音速巡航导弹。

The weapons include the Poseidon underwater nuclear drone designed to be carried by submarines , and the Zircon hypersonic cruise missile which can be deployed on surface ships .