火炮

huǒ pào
  • gun;artillery;cannon
火炮火炮
火炮 [huǒ pào]
  • [gun;cannon] 口径在20毫米以上,利用火药气体压力发射的重火器

火炮[huǒ pào]
  1. 双方使用火炮、迫击炮和重机枪再次交战。

    The two sides joined battle once again using artillery , mortars and heavy machine guns .

  2. 火炮是对着那个碉堡部署的。

    The artillery was deployed to bear on the fort .

  3. 他们在一排废弃火炮旁停了下来。

    They stopped beside a battery of abandoned guns .

  4. 二战期间,该地区被用来操练火炮射击。

    During the Second World War the area was used for gunnery practice .

  5. 那条船进入火炮的射程之内。

    The ship came within range of the guns .

  6. 这个城堡里有15世纪的各种火炮。

    In this castle there are cannons from the 15th century .

  7. 她的两门火炮笨重至极,很难操作,不能进行准确射击。

    Her two guns were too unwieldy for accurate shooting .

  8. 参数化部分主要是将CAD技术引入了火炮设计领域。

    The parametric design part mainly introduces the CAD technology to the artillery design .

  9. 火炮反后坐装置的故障诊断,采用3层BP神经网络。

    The fault diagnosis of gun anti-recoil mechanism adopted three-level BP neural network .

  10. 自行火炮GPS定位几何诸元误差分析

    An analysis on the geometrical firing data ( gfd ) error of self-propelled guns positioned by GPS

  11. 基于ADAMS的自行火炮悬挂装置振动分析

    Vibration analysis of suspension system of Self-propelled Gun Based on ADAMS

  12. 文章提出了基于HLA的火炮速度参数测试仿真系统的框架。

    The paper gives the frame of Projectile Velocity Measurement Simulation System based on HLA .

  13. PVDF传感器在火炮弹底撞击应力测试中的应用

    Application of PVDF Sensor to the Collision Stress Detection on the Projectile Base of Artillery

  14. 某型牵引火炮后坐装置的虚拟样机动力学模型以LMSVirtual。

    The virtual prototyping dynamic model of a certain gun recoil system is constructed by using LMS Virtual .

  15. 本文主要研究测量火炮射弹散布的高速线阵CCD光靶的数据采集与处理系统。

    This article is about the photo-target data Acquisition & Processing of high speed linear CCD , which is used for measuring the cannonball shooting disseminating .

  16. RCM在火炮维修保障中的应用

    Application of RCM in Artillery Maintenance and Support

  17. 提出了一种可发射埋头弹(CTA)的火炮自动机及计算模型。

    A model of an automatic gun which fires cased telescoped ammunition ( CTA ) is provided .

  18. 采用ECU控制单元的火炮驱动系统可以实现速度感应控制,提高机械的工作效率。

    It is possible to achieve speed induced control by ECU and to enhance the efficiency of driving system .

  19. 可以减小装药的温度系数,使PSS装药在火炮中的应用更具有现实性。

    It can reduce the temperature coefficient of PSS charge and make the application of PSS charge in gun more practically .

  20. 基于I-DEAS的三维参数化绘图方法及其在火炮设计中的应用研究

    A study on three dimensional parametric drawing based on I-DEAS and its application in gun design

  21. 基于SDC的角位置检测在火炮伺服系统中的应用

    Measurement of Angle Position Based on SDC and Its Application in Gun Servo System

  22. 在3D平台上实现了明暗处理和贴图,用运动控制器获得了火炮系统的算法动画。

    The light display and painting disposal are used with 3D platform . The algorithmic animation of the gun system is realized by motion , controller with the data which are from the given dynamics simulation .

  23. 研究了基于I-DEAS软件的参数化技术在火炮设计中的应用,提出了火炮参数化设计方案。

    Through research of parametric technology application in artillery design based on I-DEAS , a parametric design scheme was proposed .

  24. Φ25mm火炮身管直线度光电测量方法

    Optoelectronic method for measuring the straightness of the bore with a diameter of 25 mm

  25. 运用多体动力学的Kane方法,结合计算机符号推导公式,建立了车载火炮发射系统的9个自由度动力学模型,进行了总体结构动力学仿真。

    The launching dynamics model based on Kane 's equation and computer algebraic computation method with 9 degrees of freedom was presented . Dynamic imitation for the overall structure was made .

  26. 结合Fortran语言编程,在ADAMS环境下建立了火炮虚拟样机,虚拟样机仿真和Kane方法对比结果说明了虚拟样机建立的可信性。

    With the help of Fortran language , the virtual prototype of artillery is established by using ADAMS , and it is validated by comparing the results achieved by virtual prototyping with that by Kane equations .

  27. 接着,详细介绍了船载炮测控系统的硬件部分设计以及软件部分设计,主要包括嵌入式PC/104模块部分,传感器采集与现场标定部分,火炮显控器显示部分等。

    In succession , the hardware and software design concerning artillery real-time measurement and control system are particularly introduced . It briefly includes embedded PC / 104 module , the sensor 's data acquirement and scene demarcation , and the display of howitzer DCI ( Display & Control Instrument ) .

  28. 实例证明,ART-2神经网络与传统的神经网络方法相结合为自行火炮变速箱故障诊断提出了新思路。

    A practical example shows that it is a new concept for fault diagnosis of SP gun gearbox to combine ATR-2 neutral network with traditional neutral network .

  29. 用Kane方法对坦克炮进行发射动力学仿真研究的目的是为车载火炮的结构设计、参数优化及射击密集度分析提供依据;

    This paper focuses on dynamic simulation for launching of tank gun by the way of Kane methods . The article aims to supply for structure design and parameter optimize and analysis of firing density .

  30. 车载通信系统使火炮系统能够被连接到火炮连或营的C4ISR网络之内用于信息分享,自动化指挥和控制。

    The onboard communication system enables the artillery system to be connected into the C4ISR network of an artillery company or battalion for information sharing and automated command and control .