该系统将能够摧毁超音速和弹道目标。
The system will be capable of destroying hypersonic and ballistic targets.
弹道目标空间反识别技术的研究具有重要意义。
It is of great significance to investigate the ballistic target space counter-recognition.
空间弹道目标的光学强度序列分析与识别特征的提取。
The exo-atmospheric ballistic target's optical signature and recognition feature is studied.
研究了通过雷达观测跟踪重返大气层阶段的弹道目标问题。
It is studied the problem of tracking a ballistic object in reentry phase from radar observations.
弹道目标的跟踪是雷达数据处理的一项关键技术，航迹起始作为目标跟踪的首要问题，重要性是不言而喻的。
As a primary problem of Ballistic target tracking which is a key technology in radar data processing, tracking initialization plays a very important role.
多弹道目标跟踪伴随着速度快、密集程度高以及测量误差大等因素，在跟踪过程中发生航迹中断是一个很普遍的现象。
Track breakage is a common issue in a multiple ballistic target tracking scenario with high speeds, high densities and large measurement errors.
根据中段弹道目标的运动学特性，结合室内缩比模型RCS静态测量数据，提出了一种雷达目标动态rcs仿真的方法。
According to the kinetic characteristic of targets in midcourse and the RCS data of static measurement of the model, a simulation method for dynamic RCS data of radar targets is proposed.
还不清楚这种说法是否适用于航空母舰。考虑到针对移动目标舰船的弹道导弹的使用，这一问题就更加复杂。
It is not clear if this could be applied to aircraft carriers, and the problem is more complex when considering the use of ballistic missiles against moving ship targets.
导弹仪器替代远程目标是以弹道导弹的相似大小和几何形状，但包括一系列传感器来记录和测量激光性能。
The Missile Alternative Range Target Instrument is similar in size and geometry to a ballistic missile, but with a section of sensors to record and measure the laser performance.
并且，发射地点和弹道容易识别，易招致目标国的以牙还牙。
Plus, the launch site and trajectory are easy to identify, inviting retaliation in kind from the target nation.
从那时起，它就得沿着弹道，即沿着飞行航线滑向其目标。
From then on it must coast in a trajectory, or flight path, to its target.
弹道导弹是用火箭发动机推进，在控制系统作用下按预定的弹道飞行至预定攻击的目标。
According to a predetermined trajectory, ballistic missile with rocket engine propulsion takes a flight to intended targets under the action of the control system.
根据提高高射弹丸对机动目标命中率的实际需求，研究了空射型二维弹道修正弹。
In order to improve the hit efficiency of antiaircraft projectile for maneuvering target, the two-dimensional trajectory correction projectile is studied.
基于虚拟目标点和椭圆弹道理论，提出了一种在自由段机动变轨的新方法。
Based on the virtual target point and the ellipse trajectory theory, a new maneuver method in the free - flight phase is presented.
通过全程拦截弹道的设计与计算，验证了与空间目标直接碰撞的可能性，对末制导做了分析与计算。
According to the design and analysis of global intercept trajectory, the possibility of straightly impacting space target is verified, and the terminal guidance is analysed and calculated.
根据惯导、高度表和雷达提供的信息，设计了以弹道倾角为被控对象的导引规律，实现了以上目标。
Based on the information obtained from INS, altimeter and radar, the guidance law with trajectory inclination Angle as its controlled output is designed to achieve the above goal.
在满足最大膛压的约束下，提高弹丸初速始终是内弹道研究设计者的目标。
Improving the muzzle velocity of projectile based on the restriction of the maximum bore pressure is the interior ballistic devisers goal all the time.
本论文以非线性、非高斯噪声环境下的目标跟踪为主要背景，研究弹道导弹目标粒子滤波算法。
In this paper, research on particle filter algorithm for ballistic target tracking is carried on under the main background of nonlinearity, non-Gaussian noise.
由于考虑了加速度的实时估计，该滤波方法尤其适用于对弹道式目标的机动跟踪。
Because of the taking into consideration of the real time acceleration estimation, this filter method is applicable to maneuverable tracking of the target using its trajectory data.
多目标拦截是弹道导弹防御的重大难题，也是目前美国导弹防御系统所遇到的最大的技术难点。
Multitarget interception is a big difficult problem in ballistic missile defense, and is also the most arduous technology of the missile defense system of US.
提出了模拟训练中求取目标未来点的两种方法，利用模糊方法建立了弹道模型，从而解决了模拟训练中的命中判断问题。
The paper brings forward the method about intending position calculating in training simulator; sets up the trajectory model by fuzzy theory, so as to solve the problem of the hit judgment.
美国的ABL系统是一个集成了大气补偿技术的兆瓦级机载激光武器系统，ABL的设计目标是击毁敌方的弹道导弹。
The Airborne Laser (ABL) is an airborne, megawatt-class laser system with a state-of-the-art atmospheric compensation system to destroy enemy ballistic missiles at long ranges.
设计用于对抗装甲目标使用，这一种火箭配备有一个前端安装半主动激光导引头和六台弹道校正固体推进剂助推器。
Intended for use against armoured targets, this rocket is fitted with a nose-mounted semi-active laser seeker and six trajectory-correcting solid-propellant thrusters.
分析了弹道终端红外成像导引头跟踪盲区形成的原因，提出了采用局部图像跟踪算法减小跟踪盲区的思想，讨论了飞机目标局部图像跟踪部位的选取原则。
The new infrared imaging fuze realizes forward detection and burst control by sharing the imaging seeker, which can get a series of dynamic infrared images of aircraft from the whole to a part.
分析了弹道终端红外成像导引头跟踪盲区形成的原因，提出了采用局部图像跟踪算法减小跟踪盲区的思想，讨论了飞机目标局部图像跟踪部位的选取原则。
The new infrared imaging fuze realizes forward detection and burst control by sharing the imaging seeker, which can get a series of dynamic infrared images of aircraft from the whole to a part.
应用推荐