1.
Impact of air-strikes against the command efficiency of air-defense artillery group;
火力打击对防空群射击指挥效率的影响评估
2.
Impact of the Reliability of the Air Defense Group C3I System on the Air-defense Command Efficiency
防空兵群C~3I系统可靠性对射击指挥效率的影响
3.
artillery fire control operation equipment
炮兵射击指挥作业器材
4.
The commander ordered the soldiers to set their guns at full cock.
指挥官命令士兵们扳起击枪，准备射击。
5.
Demand Analysis on Fire Commanding Auxiliary Decision-making of Ship-to-air Missiles;
舰空导弹射击指挥辅助决策需求分析
6.
Firing Command Methods of Air Defense Group and the Way of Optimization
防空兵群射击指挥方式及其优化问题
7.
Analysis of the Function and Efficiency of the Command Institution During Evaluating the Effectiveness of Command System
指挥效能评估中指挥体制的作用与效率分析
8.
Simulation of rocket assisted torpedo's firing efficiency based on firing channel
基于射击通道的火箭助飞鱼雷射击效率分析
9.
electro-mechanical fire control computer
机电射击［模拟］指挥仪; 机电火力控制计算机
10.
THE BALLISTIC MATHEMATIC MODEL IN FIRE CONTROL SYSTEM OF ARCHIBALD COMMAND INSTRUMENT
高炮射击指挥仪火控弹道数学模型的探讨
11.
Application of Voice Recognition in Command Based Firing Simulation Training
语音识别技术在射击指挥模拟训练中的应用
12.
Computer Simulation of Evaluating Fire Effectiveness to Area Target;
面目标射击效率评定的计算机模拟法
13.
Shooting Efficiency Modeling and Simulation of Individual Automatic Weapon
单兵自动武器的射击效率建模与仿真
14.
Assessment and Study on the Efficiency of Integrated Joint Air Defense Operation Command;
一体化联合防空作战指挥效率评估研究
15.
Conclusion Modern technology improve the efficiency and success of the first aid of 120 emergency command center.
结论现代技术能有效提高120急救指挥中心的急救效率和成功率。
16.
Application of Cloud Gravity Center Theory in Armor Mechanization Troop Fire Control Capability Evaluation
云重心理论在装甲机械化部队射击指挥能力评估中的应用
17.
You want to shoot at leaders, enemy snipers/designated marksmen, machinegunners, radiomen, and other high-value targets.
你应该要射击敌方指挥官，狙击手/已确定的神射手，机枪兵，通信员和其它高价值目标。
18.
Breakdown Phenomena of Semiconductor Devices under the Impact of Hemp;
高功率电磁脉冲辐射下半导体器件的击穿效应