侦察设备的英文

• ferreting device
• reconnaissance equipment

• "侦察"英文翻译    reconnoitre; scout
• "设备"英文翻译    equipment; device; facility; ...
• "侦察设备舱" 英文翻译 :    recce pack
• "红外侦察设备" 英文翻译 :    infra-red reconnaissance equipment
• "气象侦察设备" 英文翻译 :    weather reconnaissance system
• "照相侦察设备" 英文翻译 :    photo-intelligence equipment; photographic reconnaissance equipment; photographic surveillance equipment
• "侦察设备吊舱" 英文翻译 :    recce pod
• "红外线侦察设备" 英文翻译 :    infrared reconnaissance gear
• "机场地面侦察设备" 英文翻译 :    airport surface detection equipment
• "昼夜侦察设备吊舱" 英文翻译 :    day-night reconnaissance pod
• "机载半自动电子侦察设备" 英文翻译 :    semiautomatic ferret equipment
• "地区观察设备" 英文翻译 :    area observation equipment
• "个人观察设备" 英文翻译 :    personal observation equipment
• "光学观察设备" 英文翻译 :    optical viewing equipment
• "业务观察设备" 英文翻译 :    service observation equipment
• "自动监察设备" 英文翻译 :    automatic surveillance device
• "监察设备；监测设备" 英文翻译 :    monitoring equipment
• "放射性监察设备" 英文翻译 :    radiation-monitoring equipment
• "内壁观察设备公司" 英文翻译 :    introvision ltd
• "远距离观察设备" 英文翻译 :    remote-viewing equipment
• "x线片冲洗及观察设备" 英文翻译 :    film processing and observation equipment
• "侦察指示设备" 英文翻译 :    reconnaissance indicator
• "侦察终端设备" 英文翻译 :    reconnaissance terminal equipment
• "大胶片及电影胶片洗片及观察设备" 英文翻译 :    large film and cine film process and observation equipment
• "侦察" 英文翻译 :    [军事] reconnoitre; scout 进行侦察活动 conduct reconnaissance; 敌后侦察 reconnoitre the enemy rear; 侦察敌情 gather intelligence about the enemy; 外出侦察 be out scouting; 侦察一个村子的情况 scout a village; 在侦察中 on the scout; 侦察兵[员] scout; 侦察部队 reconnaissance troop; scouting force; 侦察车 [军事] scout car; reconnaissance car; 侦察船 reconnaissance ship; 侦察飞行 reconnaissance flight; 侦察机 scout(ing) plane; air scout; reconnaissance airplane; reconnaissance aircraft; 侦察雷达 reconnaissance radar; 侦察卫星 reconnaissance satellite; spy satellite; spy-in-the-sky;侦察站[航天] intelligence platform

• The applying fields of the apsse can be divided into such three as : 1 . airborne photo - measuring equipment in shooting range , 2
  机载光电跟踪测量设备的应用领域可分为：机载靶场光测设备；机载光电侦察设备；机载光电火控跟踪系统。
• As an important part of the traditional electronic reconnaissance equipments , active locating system has not met the requirements of modern war because of its own drawbacks
  作为传统电子侦察设备的重要组成部分,有源定位系统由于自身的局限性已经不能满足现代战争的要求。
• Furthermore , because the average power of transmitting lfmcw signal is the minimum peak power and the frequency diversity is high , it could not be detected easily
  其次,由于lfmcw雷达发射其所需的平均功率是最小的峰值功率,并具有很高的频率分集性,因此不易被侦察设备探测。
• Thus , radar signal environment simulation is very important for evaluating and optimizing the radar scout system . this dissertation is well researched for radar signal environment simulation
  因此,采用雷达信号环境仿真技术提供复杂、逼真、动态的电磁信号环境,评估雷达侦察设备的性能,优化系统设计,具有非常重要的现实意义。
• To deal with the wide application of electronic - counter , electronic jamming and anti - radiation missile , it is required to enhance the viability and antijamming ability of each electronic reconnaissance equipment
  随着新技术、新方法在军事领域的应用,电子对抗、电子干扰、反辐射导弹等技术均有了长足的发展,这对电子侦察设备的生存能力和抗干扰能力提出了越来越高的要求。
• The continuous developments of modern radar technology and the consequent more complicated electromagnetic environment have made it crucial to design wideband , digital , multifunctional software electronic reconnaissance equipment
  随着现代雷达技术地不断发展，电子侦察设备面临的电磁环境日益复杂多变，发展宽带化、数字化、多功能、软件化地电子侦察设备已是一项重要而且迫近的任务。
• Abstract : sonar is important equipment of submarine . in this paper , based on analyzing the working principles of sonar . the simulating principle and technology channel are described . the key technology of simulating is researched . the result of simulating is given
  文摘:声纳是潜艇重要的观通和侦察设备，该文是在分析声纳工作原理的基础上，介绍了潜艇声纳的仿真原理和技术实现途径，并对其中的一些关键问题进行了研究，给出了仿真结果。
• On the theory of bearing cross localization , the algorithm puts forward nonlinear equations of bearing and position variables , then convert the nonlinear equations to linear equations , and finally gives multiple - vessel localization algorithm based on least squares theory and considering bearing accuracy factors
  该算法的实质是基于多舰侦察设备的测向角度、位置信息，利用纯方位交叉定位原理，建立非线性观测方程；通过泰勒展开将非线性系统转化为线性系统；利用最小二乘原理并考虑测向精度的权重因素，提出了多舰的定位模型。
• In order to utilize the atmospheric duct phenomena , and to make the electronic reconnaissance facilities more effective and the status of battlefield more advantageous , on the basis of classification of the atmospheric duct , first the model for evaluating the effective detective zone of electronic reconnaissance facility is established , then the numerical value simulation method of electromagnetic wave propagation under the condition of surface duct calculated with parabolic equation and fourier arithmetic is presented , and finally the influences of atmospheric duct on electronic reconnaissance facility is analyzed
  为充分利用大气波导条件，发挥电子侦察设备效能，使战场态势向有利于己方方向转化，在介绍大气波导分类的基础上，建立评估电子侦察设备的有效探测区的模型，给出用抛物线方程及其分布傅里叶算法计算电磁波在表面波导条件下传播的数值模拟方法，并分析了大气波导对电子侦察设备的影响情况。
• With the fast development of modern electronic technology , electronic reconnaissance equipment is facing the challenges from the more and more complicated electromagnetic environment . the wide band , the digitization , multi - purpose , the software already became the tendency which the electronic reconnaissance equipment develops
  随着现代电子技术的不断发展,电子侦察系统面临的电磁环境日益复杂多变,宽带化、数字化、多功能、软件化已经成为电子侦察设备发展的趋势。