片语

supercavitation phenomenon超空化

ventilated supercavitation通气超空泡

supercavitation propeller超空泡螺旋桨

supercavitation regime超空化阶段

supercavitation flow超空泡流

natural supercavitation自然超空泡

supercavitation projectile超空泡射弹

supercavitation technology超空泡技术

supercavitation experiment超空化试验

英汉例句

• In researching of the super high-speed torpedo, multiplex gas flow rate needs to be controlled accurately, to form the supercavitation and simulate the tail jet of the vehicle.

  在超高速鱼雷研制中，需要精确控制多路气体流量，以形成精确可控的超空泡形态和模拟航行体的尾部喷流。

• The extension ofcavitation to nozzle exit in the supercavitation regime significantly improves the fuel atomization by increasing injection velocity and decreasing thickness of liquid sheet.

  完全空化中燃油蒸气延伸至喷嘴出口，可以显着增加喷射速度和减小液膜厚度，进而有效提高喷嘴的雾化性能。

• The dynamic model of supercavitation projectile was introduced, and load characteristics of projectile and principle of stochastic parameters were analyzed.

  介绍了超空泡射弹的动力学模型，对射弹的受力特性和随机参数进行了分析。

• The research in this paper will be contributed to further study of free-flying supercavitation vehicle.

  本文研究结论将为研究自由飞超高速航行器的工程应用提供依据。

• Research on drag reduction mechanism of supercavitation shows that supercavitation can reduce not only the friction drag coefficient but also the pressure drag coefficient.

  超空泡减阻机理的研究表明：超空泡不仅可以减小回转体的摩擦阻力，还可以减小回转体的压差阻力。

• Based on the theory of cavitating flows, the definition of supercavitation, the main idea of reducing drag by ventilated cavitation and the principle of supercavitation torpedo are introduced.

  文章从空泡流理论出发，介绍了超空泡的定义、超空泡减阻的基本思想和超空泡鱼雷的工作原理，并分析了超空泡技术研究中的关键问题和未来发展趋势。