尾流光的背向散射特性是水下航行体跟踪、识别和定位目标的重要参数。
The optical back scattering characteristic of wake is a most important parameter for under water targets' scout , recognition and position.
认为舰船尾流的消光特性是水下航行体跟踪、识别和定位目标的重要参数。
It is considered that the light extinction characteristic of ship wake is an important property for underwater target's tracking, recognition and positioning.
MANTA是美国海军水下战中心正在研发的一种最富有想像力的自主式水下航行体。
The most imaginative autonomous Unmanned Undersea Vehicles known as MANTA are developed by the Naval Undersea Warfare Center (NUWC).
在风洞中对水下航行体模型尾部壁面脉动压力与近壁湍动速度进行同步测试及处理分析。
The wall pressure fluctuations and near-wall turbulent flow were jointly measured at the stem of an underwater vehicle model in CSSRC Wind Tunnel.
本文根据水下航行体的侧-滚运动方程组，经拉普拉斯变换，求解了运动参数的传递函数；
This paper solves side-roll equation of a submersible to give the transfer function of maneuvering motion parameters by means of Laplace'S transform.
此外，还得到了热尾流的浮升和自由表面的红外图像，为水下航行体探测提供了一定的理论基础。
In addition, the infrared images of thermal wake buoyant process and surface are obtained. This study provides a certain theoretical basis for the detection of underwater vehicles.
声学覆盖层是水下航行体隐身的一项关键技术，在安静型水下航行体设计中占有十分重要的地位。
Anechoic coating is crucial to the submarine stealth technology and is a major part of quiet-submarine design.
本文采用数值求解RANS方程的方法，对于水下航行体表面状态细节（小突体、孔穴）的流动特性进行了研究。
The flow characteristics of protrusions and holes on a submerged body are studied by solving the RANS equations.
该导航与控制一体化系统可应用到实际的水下航行器中。
The integrated systems of navigation and control can be applied to the underwater vehicle.
水下超高速航行体的全部或大部分表面被空泡包裹，使其阻力显著降低而达到高速航行的目的。
The underwater high-speed vehicle surfaces are enveloped by cavity entirely or mostly, which reduces skin friction drag and allows the vehicle to obtain high speed.
针对采用导航与控制一体化系统，即导航与控制传感器共用、导航与控制计算机合二为一的某型水下航行器，提出了一种半实物仿真试验方案，进行了半实物仿真。
The project of the hardware-in-the-loop simulation was proposed based on the structure of the navigation and control integrated system for an underwater vehicle.
当水下航行潜体遭遇这种强非线性的内孤立波时，其稳定性、操纵性甚至安全性会受到很大影响。
When submerged body encounters such strongly nonlinear internal solitary waves, its stability, maneuverability or even security will be greatly affected.
当水下航行潜体遭遇这种强非线性的内孤立波时，其稳定性、操纵性甚至安全性会受到很大影响。
When submerged body encounters such strongly nonlinear internal solitary waves, its stability, maneuverability or even security will be greatly affected.
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