1) mine countermeasure technique
反水雷技术
2) radar countermeasures against stealth technology
雷达反隐形技术
1.
In this paper, the basic theory of stealth technology and its limitations are presented briefly,starting from those limitations,radar countermeasures against stealth technology are introduced.
文中介绍了隐形平台的隐形原理及其存在缺陷,从其缺陷出发针对性地阐述了雷达反隐形技术,同时介绍了几种具有反隐形功能的雷达,包括双基地雷达、相控阵雷达、超宽带雷达、激光雷达、米波雷达和等离子雷达、合成孔径雷达的反隐形原理。
3) lightning protection technology
防雷技术
1.
This paper studies the lightning protection technology for the automatic weather station and its data transmission network through the lightnin.
通过桂林市自动气象站防雷设计、安装的实践,对自动气象站防雷以及自动站数据传输网络防雷技术进行了研究。
4) lightningproof technology
防雷技术
1.
At present more troubles in the transmit electricity line skit brake is caused by lightning strike,in the view of this phenomenon,combines with carrying out the lightningproof measures of 35 kV transmit electricity line in Xingtai Mine,the lightningproof technology was analysed.
针对目前雷击引起的输电线路跳闸故障较多的现象,结合邢台矿35 kV线路防雷措施的具体实施,对防雷技术进行了分析。
5) lightning protection technique
防雷技术
1.
Study on the application of lightning protection technique in seismic station;
地震台站应用防雷技术探讨
2.
Data transfer and lightning protection technique of Fujian Digital Telemetry Seismograph Network;
福建数字遥测地震台网数据传输与防雷技术措施
3.
The application of lightning protection technique in distribution substation is introduced,through the analysis of the damage of lightning to power distribution substation in railway,for the purpose to eliminate the damage of power distribution substation caused by lightnin
通过分析铁路变配电所雷击的危害,介绍了防雷技术的应用情况,以达到减轻雷击对铁路变配电所的危害的目的。
6) Radar technique
雷达技术
1.
Through detective example of the structural quality of foundation beam, the methods and techniques, which of the radar technique in the architectural engineering concrete carried non-destructive detection of the quality, are analyzed and a new opinion, which about the supervising and management of the architectural engineering structural quality, is presented in this paper.
通过基础梁结构质量的检测实例,分析探讨了雷达技术在建设工程砼结构领域开展质量无损检测的方法与技术。
补充资料:水雷
| 水雷 mine 布设在水中,当舰船与其碰撞或进入其引信作用范围,或由人工控制而起爆的水中武器。用于毁伤敌方舰船或阻碍其行动,也可破坏桥梁和水工建筑物。具有隐蔽性好、威胁时间长、布设简便、扫除困难、用途广、造价低廉等特点。按水中状态区分,有锚雷、沉底雷和漂雷。按引信类型区分,有触发水雷、非触发水雷和控制水雷。按装药量区分,有大型水雷、中型水雷和小型水雷。锚雷由雷体、雷索和雷锚组成。沉底雷通常由雷体和仪器舱组成,具有较大的负浮力,布设后沉于水底。中国在明嘉靖二十八年(1549)前,为打击倭寇侵扰,首先发明和使用人工操纵的视发水雷“水底雷”。现代水雷采用了高能炸药,改进了雷体结构,扩大了使用水域。采用了新型电子元器件,提高了区分目标、抗扫和抗干扰的逻辑鉴别功能,改进了利用磁场、声场和水压场的引信功能。出现了装有动力装置的自动上浮水雷和自动跟踪水雷。 |
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条