1) surface ship
水面舰艇
1.
Conception of a surface ship s three-dimensional antisubmarine system;
水面舰艇立体反潜系统构想
2.
Analysis of surface ship s possible approach to confronting anti-radiation missile;
浅析水面舰艇对抗反辐射导弹的可能途径
3.
Evaluation of surface ship survivability under conventional attack;
常规攻击下的水面舰艇生存能力评定
2) surface warship
水面舰艇
1.
Method research of charactering vitality of surface warship subjected to underwater explosion;
水面舰艇结构抗水下爆炸毁伤能力表征方法研究
2.
Theoretical research on the defendence of cabin near shipboard of surface warship subjected to underwater contact explosion;
水面舰艇舷侧防雷舱结构水下抗爆防护机理研究
3.
Research on surface warship confronting anti-radiation missile with radar baitin g-law;
水面舰艇雷达诱饵法对抗反辐射导弹研究
3) warship
[英]['wɔ:,ʃɪp] [美]['wɔr,ʃɪp]
水面舰艇
1.
The method of the BVR location of towed linear array sonar on the warship;
拖曳线列阵声呐超视距对水面舰艇定位的方法
2.
Study of Warship Weapon System Integrated by Information;
水面舰艇作战系统信息化的研究
3.
It is a little bit difficult lesson that about firepower compatibity that surface warship to one of the air defense.
火力兼容是水面舰艇对空防御火力使用上的难点之一。
4) surface vessel
水面舰艇
1.
Methodology for modeling in CGF of surface vessel;
水面舰艇CGF的构造与建模
2.
In this article,the basic principle of infrared stealth technology is introduced and the infrared radiation speciality of surface vessel is studied.
概述了红外隐身技术的基本原理,研究了水面舰艇的红外辐射特性,介绍了红外隐身技术在水面舰艇的应用及发展趋势。
3.
Through the analyses to the development actuality of stealth surface vessel, it investigates the measures of surface vessel s infrared stealth technology.
概述了红外隐身技术的基本原理 ,通过对水面舰艇红外隐身的发展现状的分析 ,研究了水面舰艇红外隐身技术所采取的措施 ,对红外隐身效果进行了计算分析。
5) Naval ship
水面舰艇
1.
Method of Target Identification for Air-defence of Naval Ship Based on Database;
基于数据库的水面舰艇对空防御目标识别方法探讨
2.
Objective:To study and compare the effects and features of long term voyage on psychological health of sailors in naval ship and nuclear-powered submarine, so as to provide scientific basis for enhancing the level of psychological health of sailors during long term voyage.
方法 :(1)研究对象分水面舰艇组、核潜艇组 ,对照组包括岸勤组和中国军人常模。
3.
Objective:To study the features of blood cell component and blood rheology of sailors in naval ship and nuclear-powered submarine after long term voyage and their significance in health.
目的 :了解水面舰艇和核潜艇长期航行对艇员血液细胞成分和某些流变学指标的影响特点 ,探讨这些影响对艇员健康的意义。
6) Surface-vessel sailors
水面舰艇艇员
补充资料：舰艇惯性
舰艇惯性
inertia of ship
1 ianting guanxing舰艇惯性(inertia ofship)舰艇在推进器停止工作后或随即全速倒车后继续向前运动的特性。舰艇战术技术性能的要素之一。以停船冲程和停船时间表示。停船冲程，指停车或倒车后，舰艇沿原航向继续前移的最大距离，‘常以舰艇长度的倍数或链为单位计量。停船时间，指从发出停车或倒车令的瞬时到舰艇停止前进的瞬时所经历的时间、常以分、秒为单位计量。正确掌握舰艇惯性对保证操纵舰艇安全航行、机动及系泊等有重要作用。在舰艇建成或大修后，需通过试航来测定各种航速下的惯性，记人《舰艇经历簿》、《航海日志》和有关表册中。(邵中立)
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