爆高

  • 网络explosion height;height of burst
爆高爆高
  1. 基于摄动理论的爆高确定方法研究

    On the Method of Determinating Explosion Height Based on Perturbation Theory

  2. 分层爆高:2.5m。

    Layer burst height : 2.5 m.

  3. 战术地地导弹爆高延时方案计算与分析

    Analysis and Computation of Timelag Control for Explosive Height of Tactical Surface-to-Surface Missile

  4. 定向口采用组合形式,以增大爆高。

    A directional opening of combined type is adopted so as to increase its height .

  5. 提出用摄动制导原理延时控制爆高的新方案。

    A new method controlling explosive height through timelag by means of the principle of perturbation guidance is put forward .

  6. 同时,严格控制爆高,并采用微差爆破。

    At the same time , the height of blasting cut is strictly controlled and the millisecond blasting is adopted .

  7. 文中介绍了爆高和爆破参数的选择、预处理、起爆破网路设计和安全防护措施。

    In this paper , selection of blasting cut height and parameters , pre-treatment , design of priming circuit and safety precaution measures were introduced .

  8. 传统的以大地距离和大地方位角为基础的标准弹道迭代方法要对目标点的高程和爆高进行归算修正,因此会带来误差。

    In the traditional iteration of the standard trajectory based on the distance and azimuth angle , the revision of the attitude of the exploring point will bring the error .

  9. 无线电引信机的测试是导弹引爆控制系统测试的重要组成部分,对导弹能否在装定的最佳爆高可靠引爆起着至关重要的作用。

    The test of wireless fusee is an important part of the test of missile detonating controlling system and it play a crucial role for the missile to detonate at the point bound up in advance .

  10. 以典型的常规弹道导弹为例,计算了用过载进行爆高控制的控制误差,建立了爆炸高度与毁伤效应关系的数学模型,通过优化确定了最佳爆高。

    This paper calculates the exploding height controlling error by over loading , and establishes the relation model between exploding height and damage effect to determine the optimization exploding height by example of the typical conventional ballistic missile .

  11. 以A楼为例,介绍了立柱爆高的确定、爆破参数的选择、内外墙的预处理以及爆破震动、触地震动、飞石距离的验算。

    Taking A building as an example , determination of blasting height for posts , selection of blasting parameters , pretreatment of inner and outer walls and checks of blasting vibration , touchdown vibration and flying-rock distance were introduced .

  12. 本文对爆高为4倍装药半径的塔爆和触地爆(药球与地面相切)实验的空气冲击波参数进行了经验拟合,给出了估算公式。

    This article presents the empirical fitting of air shock para-meters produced by explosion on tower with height of 4 charge radius and on surface ( charge is tangent with surface ) . Formulae for estimating these parameters are given .

  13. 倒塌效果,无后座现象,整体爆堆高约4m,无飞石产生,固定建筑及设备安然无恙,爆破达到了预期效果和目的。

    The expected result and purpose of blasting were obtained with no back-blow , total blasted pile approximate to 4m height , no occurrence of flying stones and no damage to fixed buildings and equipments .

  14. 箱壳耐爆规格高,确保使用的安全性。

    The high explosion-resistant capability of shell guarantees its safety using .

  15. 一系列弹头类型包括高爆、高爆燃烧和穿甲集簇弹药。

    It has a range of warhead types including high-explosive , high-explosive incendiary , and armour-piercing cluster .

  16. 它们具有临界厚度薄、用药量小、爆速高、传爆可靠、起爆能力强、破坏作用小等优点。

    The advantages of the tape are : small critical thickness , using little explosive , high detonation velocity , high initiating ability , small destructibility on neighbouring instruments , etc.

  17. 分别在低爆速和高爆速条件下对粉末进行二次压实,将样品加工成W-Cu合金药型罩,加工过程显示了良好的成形性。

    The W-Cu powder is compacted twice , respectively under low and high explosion velocity . The sample was machined into W-Cu alloy liners , showing good forming property .

  18. 利用光学多道分析仪,在JF-10氢氧爆轰驱动高焓激波风洞上测量了二维钝体驻点的发射光谱。

    Non-intrusive measurement has been made to investigate emission spectra from shock layer flow in JF-10 shock tunnel , which is first driven by hydrogen oxygen detonation driver .

  19. 介绍在JF-10氢氧爆轰驱动高焓激波风洞中开展再入流场红外辐射测量的实验技术。

    This paper mainly introduces the experimental technique of infrared radiation from 2.27 to 6.0 μ m in wake of blunt cone acting as reentry model in JF-10 oxygen hydrogen detonation driven shock tunnel .

  20. 在有甲醇、甲醛、煤气、氯气等易燃、易爆物的化工厂生产区内控爆拆除38.5m高钢筋混凝土框架式结构九层楼房。

    In this paper , a successful controlled blasting of reinforced concrete frame nine-story building ( 38.5m hight ) in inflammable and explosive chemical plant with methanol , formaldehyde , gas , ammonia , etc. was described .

  21. 正向爆轰驱动高焓激波风洞的数值模拟

    Numerical simulation of forward-running detonation drivers for high-enthalpy shock tunnels

  22. 热爆温度越高,两体系反应越彻底;

    As the initial temperature becomes higher , the two systems react more thoroughly .

  23. 其次描述了在氢氧爆轰驱动高焓激波风洞中,首次开展气动热风洞试验的过程及其初步结果。

    Secondly , this dissertation described the experimental process and results in detonation driven shock tunnel .

  24. 为了向这项研究致敬,以下盘点美丽与智慧并重,在网络上爆红的高颜值老师。

    In honor of this study , here are some handsome teachers having taken the internet by storm for being the perfect mix of beauty and brains 。

  25. 主要介绍了在氢氧爆轰驱动高焓激波风洞中进行真实气体效应中催化效应对气动热影响的实验研究。

    This paper is mainly concerned with the experiment exploration of catalyst effects on aerodynamic heat in real gas effects in JF-10 oxygen hydrogen detonation driving shock tunnel .

  26. 由于待爆楼体的高宽比小,楼体自重不够,爆后解体不够充分并分析其原因,增加混凝土立柱炸高,增大其倾倒力矩。

    In the condition of a low high to width ratio , because of the not enough self-weight , the disaggregation of the building is not enough , we should increase the blasting-high of reinforced-concrete pillar and collapse moment .