2) intelligent stealth of radar wave
雷达波智能隐身
1.
In this paper, the researches of intelligent stealth material were reviewed, and the major field of Intelligent stealth material including intelligent skin, intelligent camouflage of visible and infrared light, intelligent sound attenuation, and intelligent stealth of radar wave were also introduced.
智能隐身材料由于具有传感、控制、执行的能力,获得了比常规隐身材料更优越的功能,本文概述了智能隐身材料的研究现状,并对智能隐身材料的主要研究方向为智能蒙皮、可见光及红外智能隐身、智能声隐身和雷达波智能隐身分别作了简要介绍。
3) smart radar stealthy
雷达智能隐身
1.
In this article,the smart radar stealthy technology and its materials were introduced from two aspects of smart cognition amid war field surroundings and smart change on characteristic for specific radar,including smart radar signal induction skin and electro-electromagnetic-parameter polymers,frequency selective surface and smart stealthy on targets\' shape.
雷达智能隐身可以使隐身目标自主响应,并智能调节控制自身对雷达波的吸收、反射和散射特性,实现其雷达特性实时融合、匹配于不断变化的背景。
4) intelligent mine
智能雷
1.
Computer Simulation On Flying Dynamics Of Intelligent Mine;
智能雷飞行动力学计算机仿真
2.
In order to evaluate the influence of multiple explosively formed penetrator(MEFP) design parameters on the killing probability of intelligent mine,finite element method software was used to simulate formation of MEFP.
为了评估多爆炸成型弹丸设计参数对智能雷毁伤目标效能的影响,利用有限元软件模拟了多爆炸成型弹丸的形成过程。
3.
Taking intelligent mine for research object,on the basis of scanning movement model and hitting damage model,the damage efficiency of MEFP intelligent mine attacking to tank was analyzed.
以智能雷为研究对象,在建立智能雷扫描运动模型和命中毁伤模型的基础上,分析了MEFP智能雷攻击坦克的毁伤效能。
5) smart mine
智能雷弹
1.
Aimed at the angle legging defect existed in the acoustic location of high speed moving object by smart mine,the estimate of object flying track and coefficient recursion algorithm in flying module are developed in the paper.
文中针对智能雷弹对高速运动目标声定位存在一定角滞后的缺陷,开展了雷弹对目标的飞行轨迹的估计以及对飞行模型中的系数的递推算法,进而对单自由度和双自由度雷弹的拦截方位进行了预测。
2.
Aimed at the problem of low elevation angle precision under the condition of plane array and small elevation angle of smart mine′s passive acoustic detection,high-low quaternion array is brought forward,and the locating algorithm of the array is deduced.
针对智能雷弹被动声探测的对平面阵小仰角时对仰角估计精度低的问题,提出了采用空间高低四元阵,推导了该阵型的基本定位算法,并利用冗余声程差对算法进行了优化,并利用分别适合于低仰角和高仰角的算式进行加权平均,提高了仰角的探测精度,使其更具有实用性。
3.
After the placement of the smart mine,the early-warning system starts on working,it must keep detecting and recognizing,so it is high power-consume,in order to maintain its ability of inspection and defense,it must be a low power system.
智能雷弹投放后,预警系统就进入工作状态,对目标不断进行探测和识别,能耗较高,为保证其长时间监测防御能力,预警系统必须是低功耗甚至是微功耗的。
6) intelligent minefield
智能雷场
1.
Based on the basic hypothesis of large-scale tank targets and intelligent minefield and according to random serving system theory,operation efficiency on intelligent minefield for large-scale tank is proposed.
在提出集群坦克和智能雷场基本假设的基础上,根据随机服务系统理论,建立了智能雷场对集群坦克的作战效能模型,分析了编队内坦克间距对智能雷场作战效能的影响。
2.
Based on putting forward basic hypothesis of large-scale tank targets and intelligent minefield,according to random serving system theory,operation efficiency on intelligent minefield for large-scale tank is built.
文中在提出集群坦克和智能雷场基本假设的基础上,根据随机服务系统理论,建立了智能雷场对集群坦克的作战效能模型,分析了坦克目标速度变化对智能雷场作战效能的影响。
补充资料:雷达隐身功能复合材料
分子式:
CAS号:
性质:系吸收雷达波使飞行器达到隐身目的的功能复合材料。该复合材料有涂层型和结构型两类。涂层复合材料以铁氧体粉作为吸电磁波的功能体与树脂基体复合成涂料,涂覆在基板上。另一种高效宽频的材料是由吸波层和谐振层组成双层体系,吸波层仍归铁氧体与树脂基体的复合材料,而谐振层为一定长度的金属丝与树脂基体的复合材料,其吸收的频带宽度比单层提高了一倍。结构型是由吸波材料与树脂基复合材料经结构设计而形成的,它是既能吸波又能作为承载结构使用的多功能复合材料。由于碳纤维和碳化硅纤维有吸波的作用,用这些纤维来增强高性能树脂的复合材料本身即具有吸波的效果,如果在基体中混入铁氧体粉则可增加吸波效果。
CAS号:
性质:系吸收雷达波使飞行器达到隐身目的的功能复合材料。该复合材料有涂层型和结构型两类。涂层复合材料以铁氧体粉作为吸电磁波的功能体与树脂基体复合成涂料,涂覆在基板上。另一种高效宽频的材料是由吸波层和谐振层组成双层体系,吸波层仍归铁氧体与树脂基体的复合材料,而谐振层为一定长度的金属丝与树脂基体的复合材料,其吸收的频带宽度比单层提高了一倍。结构型是由吸波材料与树脂基复合材料经结构设计而形成的,它是既能吸波又能作为承载结构使用的多功能复合材料。由于碳纤维和碳化硅纤维有吸波的作用,用这些纤维来增强高性能树脂的复合材料本身即具有吸波的效果,如果在基体中混入铁氧体粉则可增加吸波效果。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条