depth charge

英 [ˈdepθ tʃɑːdʒ]

美 [ˈdepθ tʃɑːrdʒ]

n.  (用以摧毁潜艇)深水***

牛津词典

noun

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

柯林斯词典

• 深水***
  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

• Determinations of Mean Charge Depth and Charge Density in Electret Based on Silicon Substrate
  硅基多层无机驻极体薄膜中平均电荷重心和密度的确定
• There are also two BMB-2 depth charge mortars, two depth charge racks, and two mine rails fitted on the stern deck.
  在后甲板上也装有二座BMB-2型深水***投放器，还有二条***导轨。
• 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 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
• Analysis of the antagonism between depth charge system and submarine
  不同体制引信对深弹反潜效能影响的分析
• Aiming at the constitution and features of rocket depth charge weapon system, the paper analyzes the operational efficiency of the system by reliability theory and efficiency evaluation theory.
  针对火箭深弹反潜武器系统的组成及其特点，运用可靠性理论和效能评估理论分析系统的作战效能。
• 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。
• Effectiveness and Simulation Analysis for Rocket Depth Charge with Projectiles Defense Against Torpedo's Attack
  子母深弹反***攻击效能及仿真
• Based on the structure and working principle of anti-torpedo system of suspended depth charge, operational effectiveness model of anti-torpedo system of suspended depth charge is proposed.
  基于悬浮式深弹反***系统的组成和工作原理，提出了悬浮式深弹反***系统的作战效能评估方法。
• 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***时，若只能根据声纳兵的经验估计***距离，如何正确估计***航向角范围就成为正确布放悬浮式深弹的关键。