depth charge

英 [ˈdepθ tʃɑːdʒ]

美 [ˈdepθ tʃɑːrdʒ]

n.  (用以摧毁潜艇)深水炸弹

牛津词典

noun

• （用以摧毁潜艇）深水炸弹
  a bomb that is set to explode underwater, used to destroy submarines

柯林斯词典

• 深水炸弹
  Adepth chargeis a type of bomb which explodes under water and which is used especially to destroy enemy submarines.

英英释义

noun

• a bomb that explodes at a preset depth under water
  Synonym:depth bomb

双语例句

• Under the simulation conitions, it is revealed that the depth of charge is a factor controlling the relationship between the two damage zones.
  模型还揭示了炸药理课是这两个破坏带相关性的控制因素。
• The Simulation of Depth Charge's Underwater Ballistics Based on MATLAB/ Simulink
  基于MATLAB/Simulink的火箭深弹水中弹道仿真
• In the period of cutting method using, may achieve to control gas emission by adjusting the factors of cutting height, and depth and charge of artillery eye.
  掏槽方法使用期间，可通过对掏槽的高度、炮眼的深度及装药量的多少等因素的调整，来达到有控制地释放瓦斯的目的。
• The hole depth ( charge length) is one of the factors to influence the character of blast wave in rock.
  炮孔深度（装药长度）是影响岩体中爆炸应力波特性的因素之一。
• The hydraulic pressure is related to the depth of the charge, according as the physics theory, every 10 meters depth pressure of water equal to 1 atm.
  前者与装药深度有关，后者与大气压的变化或者是否外加气压有关。根据物理学上的原理，每10m水深压力相当于一个标准大气压。
• The passive ranging technology of moored depth charge
  悬浮式深弹的被动测距技术
• By correlation processing of the received noise, the bearing information relative to the depth charge can be obtained.
  该噪声经过相关处理后，就可给出水下目标相对于深弹的方位信息。
• After a terminal-guidance rocket-propelled depth charge sinks in water, it can receive the noise generated by moving targets using an underwater acoustic detection system installed at the head.
  火箭助飞末制导深弹入水后，在下沉过程中，即可利用深弹头部安装的声学探测系统（声呐）接收水中运动目标的辐射噪声。
• Research on the Testing Meter for Rocket Depth Charge Launcher electrothermal gun Deep Autumn
  火箭深弹发射炮检测仪的研制
• When the suspended depth charge is used to explore the torpedo, how to estimate the range of course angle correctly becomes the key point to lay the suspended depth charge accurately, if the distance to the aim can only be estimated by the experience of sonar soldiers.
  在悬浮式深弹反鱼雷时，若只能根据声纳兵的经验估计鱼雷距离，如何正确估计鱼雷航向角范围就成为正确布放悬浮式深弹的关键。