1) orbit determination of low-earth-orbiters
低轨卫星定轨
2) LEO
[英]['li:əʊ] [美]['lio]
低轨卫星
1.
LEO AUTONOMOUS NAVIGATION BASED ON IMAGE MOTION;
基于图像位移的低轨卫星自主导航技术(英文)
2.
Parellel DMF-RAKE Receiver Based on LEO;
基于低轨卫星的并行DMF-RAKE接收机
3.
Methods and Progress on Kinematic Orbit Determination of LEOs Based on GPS;
星载GPS低轨卫星运动学定轨及研究进展
3) LEO satellite
低轨卫星
1.
Hybrid parallel PN code acquisition technique for LEO satellite spread spectrum communication;
低轨卫星扩频系统中的PN码混合并行捕获技术研究
2.
LEO satellite aided positioning of interference source;
低轨卫星辅助的干扰源位置确定
5) low earth orbit
低轨卫星
1.
According to the carrier-frequency capture of low earth orbit (LEO)′s direct sequence spread spectrum (DSSS) communication,a method of the carrier-frequency and code start-point planar search is improved.
针对低轨卫星 DSSS通信中的信号载频提取难点 ,对载频 -码元的时频联合二维搜索的快速算法进行了改进。
2.
With more and more application fields of Low Earth Orbit satellites, better and better precision of LEO is needed by many people.
随着低轨卫星的应用领域不断扩大，人们对低轨卫星的轨道精度要求越来越高。
6) low-earth-orbiters
低轨卫星
1.
The low-earth-orbiters(LEOs)have developed rapidly in recent decade due to the requirements of scientific researches such as gravity recovery,atmosphere exploration,radar altimeter and so on.
由于重力场精化、大气探测、海洋测高等科学研究的需要,低轨卫星得到了迅速发展。
补充资料：观行仪轨
【观行仪轨】
（经名）一字顶轮王瑜伽经之异名。
（经名）一字顶轮王瑜伽经之异名。
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