射击指挥的英文

• fighting control
• fire control
• fire direction
• gun operational control

• "射击"英文翻译    shoot; fire
• "指挥"英文翻译    command; direct; conduct
• "射击指挥官" 英文翻译 :    fire commander
• "射击指挥码" 英文翻译 :    fire control code
• "射击指挥室" 英文翻译 :    gun operations room
• "射击指挥塔" 英文翻译 :    fire control tower
• "射击指挥图" 英文翻译 :    fire control map
• "射击指挥仪" 英文翻译 :    fire control director; fire director
• "射击指挥员" 英文翻译 :    fire control officer
• "射击指挥组" 英文翻译 :    fire control party
• "射击指挥系统，射击指挥仪。" 英文翻译 :    fire control system
• "导弹射击指挥" 英文翻译 :    missile fire control
• "集中射击指挥" 英文翻译 :    central fire control
• "雷达射击指挥" 英文翻译 :    radar fire control
• "射击指挥部位" 英文翻译 :    fire control station
• "射击指挥电笛" 英文翻译 :    firing buzzer
• "射击指挥军官" 英文翻译 :    fire-control officer
• "射击指挥雷达" 英文翻译 :    fire control radar
• "射击指挥命令" 英文翻译 :    fire control order
• "射击指挥设备" 英文翻译 :    fire control equipment
• "射击指挥仪器" 英文翻译 :    fire-control instrument
• "射击指挥战位" 英文翻译 :    fire control station
• "射击指挥中心" 英文翻译 :    fire direction center; fire direction centre
• "主炮射击指挥" 英文翻译 :    main armament control
• "备用射击指挥部位" 英文翻译 :    secondary fire-control station

• Technical standard for repairing of model zj - 14 missile fire control unit
  Zj - 14导弹射击指挥仪修理技术标准
• Researches on artillery fire direction simulation and emulation mean simulating the reality of operations for military training by means of computer technology
  炮兵射击指挥训练模拟仿真研究就是利用计算机技术模拟实战环境来进行军事训练。
• It is proved that models can be a guidance to the exploration of " artillery command automation system " and " artillery fire control simulator "
  实践表明，这些模型对炮兵指挥自动化系统和炮兵射击指挥模拟系统的研制设计具有一定的指导作用。
• In conclusion , it puts forward patterns of realizing simulation and emulation and offers effective methods for artillery fire direction training simulation and emulation system
  论文最后提出了模拟仿真实现的形式，为炮兵射击指挥训练模拟仿真系统的建立提供了有效的方法。
• On the base of the existed ground artillery gunnery commanding system , in order to realize the group and network of these systems , we need to extend the system again
  在原有的营连地炮射击指挥系统的基础之上，为适应新时期作战的集群化和网络化，我们需要进一步扩展该系统。
• According to the fact that army will take part in maneuver campaign in practice in the future , the evaluation methods of dynamic air defense efficiency of air defense group in the centralized firing command were studied
  摘要结合未来陆军机动作战实际，研究了集中射击指挥条件下，防空兵群动态防空抗击效率的评估方法。
• According to the development of " artillery command automation system " and " artillery fire control simulator " , after theoretical analysis and investigating , the paper has established auxiliary decision - making expert model and assessing model of artiller > " unit fire control . some models of which have been applied
  本文根据炮兵指挥自动化系统和炮兵射击训练模拟系统的发展要求，通过理论分析和调研，建立了辅助决策专家模型和炮兵分队射击指挥评估模型，并将其中一些模型应用到相关课题中。
• Aimed at the fire distribution of the fire command for adg ( air defense group ) made up of agm in the army , a brief analysis of the different point of the shooting beteen anticraft guns and missle and the fire distribution method for adg made up of agm is given , an optimization mathematical model is presented
  针对陆军弹炮混编防空群射击指挥中的火力分配问题，简要分析了防空导弹和高炮武器系统射击的不同特点，提出了弹炮混编防空群的火力分配方法，并建立了优化火力分配方案的数学模型。
• Chinese type 33g guided missile submarine chinese navy type 33g guided - missile submarine were developed from russian romeo class submarine by wuchang shipyard in 1980 and was launched in 1983 . type 33g entered to service in 1985 after which was successful test by the navy . the armament of this chinese first generation missile attack submarine are six c801 anti - ship missile and 8 533mm torpedo tubes , sometimes this submarine will carry 20pcs of sea mines to instead the torpedo for the action
  该型艇在主尺度方面与33型潜艇相同，其不同之处是加装了导弹，即在原33型潜艇上加装了6具导弹发射筒6枚飞航式导弹，增加了自动测风仪方位水平仪和雷弹合用射击指挥系统，改装了雷达。
• This article , with a view to the concept of artillery fire direction training simulation and emulation and requirements of system simulation function , mainly establishes various models needed in artillery fire direction training simulation system emulation by means of qualitative and quantitative analysis , including : fire direction model , battle field effect model , system control model , training evaluation model , battle field view display model , mutual data protocol and so on
  本文从炮兵射击指挥训练模拟仿真概念及系统模拟功能要求入手，通过定性定量分析，着重建立了炮兵射击指挥训练模拟系统仿真中各种模型，其中包括射击指挥模型、战场效果模型、系统控制模型、训练评估模型、战场视景显示模型及数据交互协议等。

• 射击指挥的法语：conduite de tir
• 射击指挥的俄语：управление огнем
• 射击指挥的阿拉伯语：السيطرة على الرمي أو النيران; توجيه النيران;