1)  underwater vehicle
滑翔器
1.
Several underwater observing technique for military and Navy-civil dual-use,such as autonomous profiling float,underwater vehicle and underwater autonomous survey platform etc developed by foreign countries in recent years is summarized.
综述了近年来国外重点发展的自持式剖面浮标、水下滑翔器、水下自航式观测平台等几种军民两用的海洋水下观测高新技术,分析了它们的特点和关键技术。
2)  underwater glider
水下滑翔器
1.
As a new kind of autonomous underwater vehicle(AUV),an underwater glider has valuable applications in oceanographic survey or in ocean exploration.
水下滑翔器作为一种新型水下机器人系统,对于海洋环境监测与资源探测具有重要应用价值。
2.
A new underwater glider driven by temperature difference energy is developed here.
论文设计开发了一种新型的温差能驱动的水下滑翔器,并对它做了水域实验研究。
3.
The structure parameters of the pressure case for underwater glider is analyzed by employing eigenvalue flexuosity analysis,and the structure parameters of the critical destabilizing pressure of the shell under different conditions are calculated.
采用特征值屈曲分析方法对水下滑翔器耐压壳体的结构参数进行了分析,计算了结构参数在不同取值情况下壳体的临界失稳压力,在分析比较计算结果的基础上,确定了耐压壳结构参数的最优数值。
3)  Glide
滑翔
1.
An Analysis Of The Maximum Time Rates of Heat of Long-Range Boost Glide Flight;
助推-远程滑翔三维飞行的热流峰值分析
2.
The trajectory was divided into boost phase and glide phase,which were optimized respectively and the optimal trajectory was obtained.
将再入航迹分为助推加速段和无动力滑翔段分别优化,从而得到优化航迹。
4)  Sliding
滑翔
1.
Computer Simulation of Sliding and Distance-increasing Trajectory Based on Matlab;
基于Matlab的滑翔增程弹道的计算机仿真
5)  intermittent gliding flight
间歇滑翔
1.
Through analysis of modality and conditions of two kinds of ascending airflows needed in intermittent gliding flight,the thermodynamic ascending airflow is numerically simulated with terrain,physiognomy and meteorological informations,and an engineering model of dynamic ascending airflow is set up based on the theory of flow around ellipsoid.
首先对飞行器间歇滑翔飞行所需要的两种上升气流的产生形式及条件进行了分析,利用气象和地形、地貌信息对热力上升气流进行了数值模拟;其次基于椭球绕流方法,建立了动力上升气流的工程化模型,最后经过数学仿真验证了模型的有效性。
6)  Gliding Control
滑翔控制
1.
Application of maximum value principle in gliding control of guided bombs;
最大值原理在制导炸弹滑翔控制中的应用
参考词条
补充资料:“雷石”6(ls-6)制导滑翔炸弹

ls-6采用了一种可自动弹开的弹翼套件,它通过弹背的金属装置和缠绕在弹体上的两条安全带来固定。炸弹尾部安装了用螺栓固定的尾翼,其中可能装有卫星导航接收器以及用来制导的飞行控制/驱动系统。

ls-6由500公斤级的航空炸弹改进而来,可能被用于打击重要的基础设施或其它很有价值的固定目标。

该武器的性能主要取决于中国是否掌握了准确的卫星导航数据,以及运用这种数据的现代任务规划系统的水平。ls-6似乎并没有导引头(如激光或电光学装置),甚至不准备安装此类装置。相反,ls-6可能会使用标准的商业性gps全球定位系统。中国也可能运用了俄罗斯较为有限的“格洛纳斯”卫星导航系统的技术。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。