1) shipborne chaff
舰载箔条
1.
From the point of the view of the technique and tactics,the measures to improve the jamming effect of the shipborne chaff are analyzed.
分析了反舰导弹对水面舰艇的攻击过程和水面舰艇运用箔条干扰对抗反舰导弹的三种方式,从技术和战术角度研究了提高舰载箔条干扰效果的措施。
2) Airborne-chaff
机载箔条
1.
Discussion on Measures to Improve the Jamming Effect of Airborne-chaff;
提高机载箔条弹干扰效果的若干措施探讨
4) chaff
[英][tʃɑ:f] [美][tʃæf]
箔条
1.
Application of multi-target passive chaff centroid jamming;
多目标无源箔条质心干扰的应用研究
2.
An Anti-chaff Jamming Method Based on the Effect of Spectral Expansion;
基于频谱展宽效应的一种抗箔条方法
5) shipborne
[英]['ʃipbɔ:n] [美]['ʃɪp,bɔrn, -,born]
舰载
1.
Aiming at the composition of shipborne UAV system and the main problems in its embarkment on ships,this paper analyzed and proposed the model selection requirements on the three subsystems(aerocraft,task equipment and ship surface system) of the shipborne UAV system,and brought forward suggestions on development thoughts of shipborne UAV system.
针对舰载无人机系统的组成以及上舰存在的主要问题等进行分析,提出舰载无人机系统三个子系统(飞行器、任务设备、舰面系统)的选型要求,对舰载无人机系统的发展思路提出建议。
2.
Because of the restrict of the traditional network management system, this article brings forward a new shipborne network management system based on web.
基于传统的网络管理的局限性,提出了一种新的基于Web的舰载网络管理系统,描述了它的体系结构及其实现技术,并阐述了主要功能模块的功能及其实现方式。
6) shipboard
[英]['ʃɪpbɔ:d] [美]['ʃɪp'bɔrd]
舰载
1.
The process of development of the equipment of the electro-optic confrontation in the shipboard and equipments in all countries over the world and its modification are described.
介绍舰载光电对抗装备的发展历程以及装备的研制、改进情况,指出在现代战争中发展舰载光电对抗装备的优势和重要性,重点探讨几种舰载舰载光电对抗装备的性能及其特点,论述了舰载舰载光电对抗装备的发展分析。
2.
The process of development of the electronic warfare and anti-missile weapons in the shipboard and equipments in all countries over the world and its modification are described.
通过舰载电子战与反导武器的有机配合,就能使反舰导弹造成的损失降到最低限度。
3.
for a high performance shipboard radome which was designed and produced difficultly to meet the electromagnetic performance,the structural performance and good cost-effective by traditional design and materials.
通过常规基体、增强材料和芯材等主要原材料之间的优化复合设计,开展单板、三夹层结构和五夹层结构各形式复合材料之间的制作、电性测试与分析,优化设计出了一种新型兼顾电性、力学性能的功能型五夹层结构复合材料,满足了高性能舰载雷达宽频带、高透波等电性指标要求,同时还满足了其高比强、刚度的力学指标要求,解决了传统型设计和材料通常无法满足其电性能、强刚度、低成本制作的矛盾。
补充资料：条载
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