舰炮

jiàn pào
  • naval gun;shipboard artillery;chase gun
舰炮舰炮
舰炮 [jiàn pào]
  • [chase gun] 设在军舰首部或尾部用于袭击敌方的火炮

舰炮[jiàn pào]
  1. 基于GPS和外弹道实时解算下的舰炮对岸射击新方法

    A New Way About Naval Gun Firing Against Shore Targets Based on GPS and Real-Time Exterior Ballistic Computation

  2. 基于ADAMS和Matlab的大口径舰炮发射系统动力学仿真

    Dynamic simulation of coupling firing for major caliber naval gun based on ADAMS and Matlab

  3. 基于多Agent理论的舰炮武器系统研究与仿真

    Research on Shipborne Artillery Weapon System Based on Multi-agent Theory

  4. BP神经网络在舰炮液压系统故障诊断中的应用

    Application of BP Nerve Network in Navy Gun Hydraulic System Troubleshooting

  5. DSP在舰炮火控系统中的应用

    The Application of DSP for the Ship-Borne Gun Fire Control System

  6. 基于BP网络的舰炮齿轮箱故障诊断方法

    Fault Diagnosis Method of Naval Gun Gear Box Based on BP Network

  7. GPS引导在舰炮武器系统试验中的应用

    Application of GPS Indication in Ship-Borne Gun Weapon System

  8. 舰炮随动系统满意PID控制器设计

    Satisfactory PID Controller Design of Naval Gun Servo System

  9. Bayes序贯决策法在舰炮武器系统试验中的应用

    Application of Bayes SPRT to Shipborne Gun Weapon System Test

  10. 一种基于Hopfield神经网络的系统辨识方法及其在舰炮随动系统辨识中的应用

    An Approach System Identification Based upon Hopfield Neural Network and its Applications in Identifying Following System of Warship-guns

  11. 基于PXI的舰炮电气设备通用自动测试系统

    General auto - test system of naval gun electrical equipment based on PXI

  12. 针对某型舰炮运用ADAMS软件建立了该型舰炮的弹炮耦合动力学模型。

    In this paper , a kinetic model of the coupling of gun and bomb to a certain naval gun was built by using the software of ADAMS .

  13. 俄76mm舰炮装填机构分析

    Analysis of Feeding Mechanism of Russian 76 mm Naval Gun

  14. 基于WSEIAC模型的某型舰炮武器系统效能评估

    Assessment for Effectiveness of a Certain Type of Naval Gun Weapon System Based on WSEIAC Model

  15. 为了改善舰炮结构的抗震性和安全性,他们利用模糊神经网络(FNN)设计了一个控制器。

    To meliorate the aseismatic quality and safety of the system 's structure , a controller by using fuzzy neural networks is presented that can forwardly control the vibratory system .

  16. 使用Hopfield神经网络辨识舰炮液压伺服系统的三阶模型,仿真结果表明用这种系统辨识方法辨识时变和时不变系统是可行的。

    The Hopfield network was used to identify the three-order model of the hydraulic servo system for ship-gun , simulation results show the feasibility of using this system to identify the time-varying and time-invariant system .

  17. 在采用MDIS多层应用系统架构建立模块化评估系统的基础上,设计了一种改进的层次分析法,并综合模糊推理,得到舰炮武器系统质量评估模型。

    By designing an improving analytic hierarchy process and fuzzy illation , the quality evaluation model has been established .

  18. 从离散数据点入手,得到了AK630舰炮理论凸轮曲线。

    The theoretic cam curve of AK630 Gatling naval gun was obtained from the analysis of discrete points .

  19. 这种方法以我国海军xx舰的xx舰炮火控系统的硬件环境作为载体,以舰炮火控系统的核心设备&舰炮指挥仪为诊断重点,火控系统的其他相关硬件设备为诊断的重要内容。

    This method regards the hardware configure of fire control system of our naval xx vessel as the carrier , regarding the director ( the core equipment of fire control system of naval gun ) as the diagnosis emphasis , regarding the correlative hardware equipment as the important content .

  20. 舰炮对岸射击射击校正量的数学模型

    Mathematical Model of Fire Correction for Naval Gun Against Shore Targets

  21. 基于动态跟踪数据的舰炮射击精度仿真

    Fire Precision Simulation of Ship-borne Gun Based on Dynamic Tracking Data

  22. 舰炮武器系统的基线修正分析

    Study on the Reference Line Correction of Shipborne Gun Weapon System

  23. 中口径自动舰炮输弹簧失效原因分析

    Failure Analysis of Ammunition Feeding Spring in Medium-Calibre Automatic Naval Gun

  24. 弹药不足条件下小口径舰炮射击方法

    Firing Method of Small Caliber Ship Gun for Certain of Ammunition

  25. 虚拟舰炮仿真训练系统的研究与设计

    The Research and Design of Virtual Naval Gun Simulation Training System

  26. 鸦片战争时期英军卡龙舰炮问题研究

    A Study about the British Carronade during the First Opium War

  27. 基于模糊物元的舰炮自动机性能评价

    Performance Evaluation of Naval Gun Automatic Based on Fuzzy Matter-element Method

  28. 舰炮在现代水面作战舰艇上的地位及其发展

    Naval Gun 's Role in Modern Surface Combatants and its Development

  29. 导弹水下垂直发射的弹道研究垂直发射舰炮综述

    Research On Trajectory and Hot Separation of Vertical Underwater Launched Missile

  30. 序贯分析法在舰炮武器试验中的应用

    The Application of Sequential Analysis in Shipborne Gun Weapon System Test