1.
A New Magnetic Field Extrapolation Method in Magnetic Silencing of Ships
一种舰艇磁隐身中磁场推算的新方法
2.
The cross-sectional shape design of naval vessel considering the radar stealthy performance
考虑雷达隐身性能要求的舰艇外形截面设计
3.
Development and Progress in Measuring and Testing Technique about Non-acoustic Stealth of Vessels
舰艇水下非声隐身试验与测试技术发展与展望
4.
The ship may be threatened greatly by the electromagnetic pulse bomb(EPB).
电磁脉冲炸弹对舰艇产生严重威胁。
5.
Plot Contour Map of Magnetic Used in the Magnetic Measuring System at the Real Time
舰艇磁场测量系统中磁场大平面的实时绘制
6.
ARL began work on developing degaussing systems to neutralize our ships' magnetic fields and thus protect them.
海军部研究实验室开始研制消磁系统以抑制我们舰艇的磁场，从而达到保护舰艇的目的。
7.
Analyze on conceptual design of warship water vapor system for electromagnetic defense
防御电磁脉冲的舰艇水雾系统构建方案分析
8.
Study on the Meteorology-support of Naval Vessels under the Complex Sea Surface Electromagnetism Environment
复杂海面电磁环境下舰艇的气象保障问题研究
9.
They are aircraft carriers, cruisers, destroyers, submarines, and torpedo-boats, etc.
有航空母舰、逻舰、逐舰、水艇、雷艇等。
10.
vessel detection
舰船探测，舰艇搜索
11.
Complex Electromagnetic Environment and the Influence upon Submarines' Concealment
复杂电磁环境及其对潜艇隐蔽性的影响
12.
The experimentations and the practical engineering examples reveal that rubber bearing don't fit warships, especial for conventional submarine.
试验和工程证明,橡胶轴承并不适用于隐蔽性要求较高的舰艇,特别是常规潜艇。
13.
Research on the Index Model of Surface Warship Combat Effectiveness in Complicated Electromagnetic Environment
复杂电磁环境中水面舰艇作战效能评估的指数模型
14.
Optimal Disposition of Warship Formation for Enhancing the Effect of Electromagnetism Interference of Warship Formation
增强电磁干扰反导效果的舰艇编队队形优化配置
15.
Research on equipment system of warship brigade combat effectiveness evaluation in complicated electromagnetism environment
复杂电磁环境下舰艇编队装备体系作战效能评估研究
16.
A ship equipped for laying explosive underwater mines.
布雷舰艇装备有布水雷装置的舰艇
17.
A Novel Electromagnetic Stealth Method-Electromagnetic Invisible Cloaks
基于人工电磁材料的新型电磁隐身机制——电磁隐身斗篷
18.
Warship magnetic field is a strong magnetic environment and the intensity is about hundreds or thousands times stronger than that of the geomagnetism (usually about 0.05ml) .
舰艇上强磁场设备所产生的强磁场环境，强度可高于地磁场(0.05mT)数百至数千倍。