1) Tame Rubidium Clock
驯服铷钟
2) GPS disciplined Rb atomic clock
GPS可驯铷钟
3) Rubidium clock
铷钟
1.
Research on integrated navigation systemby rubidium clock;
利用铷钟实现组合导航系统研究
2.
In order to overcome those limitations, and on the premise that the receiver can measure the pseudo-range between the user and satellite and with the help of barometer, this paper put forward the pseudo-range integration model of RDSS and the strap-down inertial navigation system with high precision clock, rubidium clock being the internal clock of the RDSS receiver.
基于北斗双星定位系统(RDSS)采用有源定位体制存在一定的局限性,在接收机能够测量用户至卫星的伪距信号以及在气压高度表辅助的前提下,提出了利用铷钟作为接收机内部时钟的RDSS与捷联惯导进行伪距组合的模型,建立其卡尔曼滤波的状态方程与量测方程。
3.
Since the Rubidium clock makes it possible to predict the receiver clock offset,positioning accuracy could be enhanced through an improvement in clock offset estimation,and Rubidium clock aiding will definitely improve the vertical accuracy.
铷钟可以用来预测接收机的时钟偏差,通过对时钟偏差估计的改善就可以提高定位的精度,特别是可以改善垂直精度。
4) satellite disciplined clock system
卫星驯服时钟系统
1.
The satellite disciplined clock system is widely applied due to its high accuracy and low cost.
卫星驯服时钟系统由于具有精度高、成本低的特点获得广泛应用。
5) rubidium atomic clock
铷原子钟
1.
We analysised the measurement data about the aging of about 1300 pcs Rubidium Atomic Clock in batch production,and we got the distribution of Rb clock\'s aging rate,more than 50%Rb clock\'s aging rate is less than 5E-13/day.
通过对约1300台批量生产的铷原子钟漂移率测试数据分析,得出了铷原子钟日漂移率的分布情况及有50%以上产品能达到优于5E-13/日的结论。
6) Space-Qualified RAFS
星载铷钟
1.
In this article,we introduced a kind of high cavity-Q TE_(011) model microwave cavity,which can be used in the Space-Qualified RAFS.
本文介绍了一种应用于星载铷钟的高Q值的TEO11模式微波腔。
补充资料：驯服
1.顺从。 2.使顺从。
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