火炮控制系统,gun control system
1)gun control system火炮控制系统
1.According to fault cause and features of tankgun control system, combined with advantage of diagnosis and decision of expert system, overall solution of condition monitoring and fault diagnosis is put forward, condition data collection and diagnosis system design ofgun control system based on CAN-bus is performed.根据坦克火炮控制系统的故障原因及特点,结合专家系统的诊断与决策优势,提出了一套针对其进行状态监测与故障诊断的总体方案;完成了基于CAN总线的火炮控制系统的状态数据采集与检测系统设计;论述了该系统的体系结构、检测原理和诊断机制。
2.Aimed at features of that electrical element ofgun control system includes many types and maintenance is very difficult, the idea of IC simulation ofgun control system is proposed.针对火炮控制系统电气元件类型多、维修难度大的特点,提出了火炮控制系统板级仿真的思路。
2)laser-fire control system激光炮火控制系统
3)surface gunfire control system地面炮火控制系统
4)antiaircraft gun fire control system高炮火控系统
1.On the basis of the analysis of the accuracy and timing of the model,a conclusion was made that it is possible to use this model inantiaircraft gun fire control systems.建立了某型高炮火控系统的外弹道解算模型,此模型采用迭代-修正的方式,使用R unge-K u tta-F e lhberg自适应步长数值解法,直接解4D外弹道方程组,得到射角和弹丸飞行时间。
英文短句/例句
1.Optimization Techniques of Information Transmission between the Subsystems of Fire Control System高炮火控系统各子系统间信息传递的优化技术
2.SIMULATION PLATFORM OF GENERAL FIRE CONTROL SYSTEM OF AA GUN IMPLEMENTATION通用高炮火控系统教学仿真平台的实现
3.Design of Anti-aircraft Gun Fire Control System Operation Simulation Platform Based on HLA/Virtools基于HLA/Virtools的高炮火控系统仿真平台设计
4.And the technique has applied successfully in the test equipment of the fire control system.该方法已成功应用于某高炮火控系统的综合检测与诊断设备中。
5.Analyse Method of Antiaircraft Gun Fire Control Tactics Technical Index on Basis of Shooting Range Experiment基于靶场试验的高炮火控系统战技指标分析方法
6.Design Testing System for Fire Control System of Antiaircraft Artillery with USB;基于USB总线的高炮火控计算机测试系统设计
7.The Photoelectric Aimed System of Manual Gun Based on Distributed Fire Control;一种基于分布式火控的手动高炮光电瞄准系统
8.Research on Integrated Test&Control Platform of self-propelled Gun Fire-Control System Based on ARM7基于ARM7的自行火炮火控系统测控平台研究
9.Test & Control System Design for the Cannon’s Recoil Characteristic and Slickness火炮后坐特性及平滑性测控系统设计
10.Research and Implementation of 630 Artillery Serv Measurement and Control Systems;630火炮随动测控系统研究与开发
11.Research on fire control system of self-propelled anti-aircraft gun based on embedded micro-processor基于嵌入式微处理器的自行高炮火控监测系统研究
12.Study on Embedded Software Testing Platform for the Gun Fire Control System火炮火控系统嵌入式软件测试平台研究
13.Establishment of the Fire Distribution Model for an Antiaircraft Artillery System高炮防空系统火力分配模型的建立
14.Research on control subsystem in simulation system of launcher rocket communication火箭炮营通信仿真系统控制子系统的研究
15.Autocontrol of Cannon Shot Number During the Shooting Test of Servo System火炮随动系统射击试验射弹数的自动控制
16.Research and Simulation on Cross-coupled Control Approach for Servo Systems of Multi Artillery;多火炮伺服系统交叉耦合同步控制及仿真研究
17.The Angle Servo Control System of Small Artillery Based on Freescale Microprocessors基于Freescale微处理器的小型火炮角度伺服控制系统
18.Design of servo system based on MPC基于模型预测控制的火炮随动系统设计
相关短句/例句
laser-fire control system激光炮火控制系统
3)surface gunfire control system地面炮火控制系统
4)antiaircraft gun fire control system高炮火控系统
1.On the basis of the analysis of the accuracy and timing of the model,a conclusion was made that it is possible to use this model inantiaircraft gun fire control systems.建立了某型高炮火控系统的外弹道解算模型,此模型采用迭代-修正的方式,使用R unge-K u tta-F e lhberg自适应步长数值解法,直接解4D外弹道方程组,得到射角和弹丸飞行时间。
5)shipborne gun fire control system舰炮火控系统
1.The analysis indicates that the bigger system error willbe made by carrying out reference line correcting in stable ship coordinates,there fore ex-act reference line correcting must be made in unstable ship coordinates in modern middle orsmall Calibreshipborne gun fire control system.分析表明：在稳定舰艇坐标系中进行基线修正会引入较大的射击误差，因此，在现代中、小口径舰炮火控系统中，应当在不稳定舰艇坐标系中进行精确的基线修正。
6)naval gun fire control system舰炮火控系统
延伸阅读
反馈控制(见控制系统)反馈控制(见控制系统)feedback control于。。伙。]伙ongZ片}反馈控制(几edbaekcontrol)见拉制系统。
