水面舰艇

shuǐ miàn jiàn tǐng
  • water surface ship;water surface craft;surface vessel;surface ship
水面舰艇水面舰艇
水面舰艇[shuǐ miàn jiàn tǐng]
  1. 基于HLA的水面舰艇反潜仿真系统研究

    Study on the Simulative Antisubmarine System of Surface Vessel Based on HLA

  2. 水面舰艇CGF的构造与建模

    Methodology for modeling in CGF of surface vessel

  3. 基于Agent的水面舰艇单舰作战系统建模

    Agent-based Modeling of Single-surface-ship Combat System

  4. 潜艇打击水面舰艇的作战方案效能评估ADC法

    Effectiveness Evaluation Method of QADC for Operational Project of which Submarine Attack Naval Ship

  5. 水面舰艇CGF系统的若干关键技术研究

    Research on Some Key Techniques of the CGF of Naval Ships

  6. 基于CGF的水面舰艇编队模型仿真

    The Simulation of Surface Warship Formation based on CGF

  7. 水面舰艇对水雷防御训练评估的AHP-Fuzzy方法

    The AHP-Fuzzy Evaluation Method of Training on Surface Ship Anti-Mine Defence

  8. 从远离战争地域的地面车辆或水面舰艇上发射,UAV自主飞行到巡逻区域。

    Launched from ground vehicle or surface ship far away from the battle zone , the UAV flies autonomously to the patrol area .

  9. 通过在舰艇作战仿真训练系统的应用,表明CGF对提高水面舰艇编队兵力生成和仿真的智能化程度是非常有效的。

    An application of warship simulation training system proves CGF is good for improving the intelligence of SWF .

  10. 在物理建模方面,采用舰艇数据库描述水面舰艇CGF的静态特性,用位置模型和姿态模型简化地描述动态特性;

    Vessel database is adopted to describe the static character of computer generated surface vessel forces , and the position and stance models are used to describe the dynamic character concisely .

  11. 目的为选拔安置水面舰艇士兵编制“水兵职业能力倾向测验”(简称SVAT)。

    Objective To construct the Seamen 's Vocatonal Aptitude Test ( SVAT ) for selection and placement of the warship soldiers .

  12. 结果:(1)红细胞系:与航前比较,水面舰艇组航后HGB升高11.63%(P<0.05),HCT升高40.55%(P<0.01);

    Results : ( 1 ) Erythrocyte series : HGB and HCT in naval ship group increased by 11.63 % ( P < 0.05 ) and 40.55 % ( P < 0.05 ) respectively after voyage ;

  13. 并且有选拔安置水面舰艇专业军士的参考常模,所以SVAT量表可以作为选拔安置?

    So , the SVAT can be used as a tool for selection and placement of the warship petty professional officers and eliminating the warship unqualified soldiers in service .

  14. 选用水面舰艇用945钢和潜艇用921A钢,研究了不同焊缝外形尺寸对爆炸试验中三缺口试样的中央缺口开裂行为的影响。

    Using 945 Steel and 921A steel , this article studies the effect of weld profile and size on the cracking behavior of a central notch in a three-notch specimen for an explosion bulge test .

  15. 超声心动图评价水面舰艇艇员环球航行后心功能变化

    Echocardiographic evaluation of cardiac functions of surface-vessel sailors after global sailing

  16. 水面舰艇在高海情下的横摇运动姿态控制技术研究

    Roll Control Technique Research of Surface Ship in Extreme Sea Condition

  17. 水面舰艇对潜搜索能力建模与分析

    Modeling and analysis of surface ship anti - submarine search capability

  18. 水面舰艇综合电力系统的技术进展

    The technical development of the integrated power system for surface ships

  19. 水面舰艇引导直升机鱼雷攻击误差分析

    Attack Error Analysis of Helicopter 's Torpedo Guided by Surface Ship

  20. 可能唯一的例外是中国的水面舰艇。

    The only exception may be China 's surface combat ships .

  21. 水面舰艇目标及其背景的红外成像仿真模型研究

    Research on Infrared Image Simulation Models of Warship and Its Background

  22. 水面舰艇的鱼雷防御技术

    Torpedo Defense Techniques for Surface Naval Ship Between Air and Water

  23. 浅析水面舰艇对抗反辐射导弹的可能途径

    Analysis of surface ship 's possible approach to confronting anti-radiation missile

  24. 海军水面舰艇作战指数计算

    The Research on Calculating the Battle Index of Naval Ground Warship

  25. 基于模糊综合评判的水面舰艇主动力装置选型论证

    The Fuzzy Comprehensive Evaluation of Surface Ship Main Power Plant Type-Selection

  26. 海洋监视卫星对水面舰艇电子侦察效能分析

    Electronic Reconnaissance Effectiveness Analysis of Ocean Surveillance Satellite to Surface Ship

  27. 对研究水面舰艇规避鱼雷战术具有一定的参考价值。

    It shows certain referenced value for torpedo elusion tactics research .

  28. 水面舰艇作战系统的工作流技术应用研究

    The application research on work flow technique of shipborne combat system

  29. 他们面对面坐在草坪上。地面对水面舰艇雷达

    They sat opposite on the lawn . ground to surface vessel

  30. 水面舰艇仿真方案拟制工具的设计与实现

    The Design and Realization of Naval Vessel Simulation Scheme Constitute Kit