1.
The design and study of time precision measure equipment of the IRIG-B code time system
时统对时精度测量设备的设计与研究
2.
Relativistic Theory of Time Transfer and Techniques of Clock Synchronization;
相对论时间比对理论与高精度时间同步技术
3.
Effect of Precision of Time Synchronization on LF Navigation Accuracy
时间同步对低频导航精度的影响(摘要)
4.
Discussion on the Temporal Precision Pproblem in Spatiotemporal Data management
对时空数据管理中时间精度问题的讨论
5.
Effect of Time Characteristics of Software NC Real-Time Tasks on Manufacturing Accuracy
软数控实时任务的时间特性对加工精度的影响
6.
A Comparative Study on Timed and Untimed Compositions in Terms of Fluency, Accuracy and Complexity
计时作文和非计时作文流利度、精确度和复杂度的对比研究
7.
Research on Some Key Technologies for Real-Time Object Extraction of High Resolution Fresco;
面向高精度壁画的实时对象提取关键技术研究
8.
Influence of Passive Location System Station on Target Location Precision
无源时差定位布站形式对定位精度的影响
9.
The high-precision measurement technology based on multichannel phase-difference comparison for TOA of signals
多路相差比对信号到达时间高精度测量技术
10.
Theory and Application of Two-Way Time Transfer Synchronization Technology
高精度双向时间比对同步技术原理与应用
11.
High precision time, outputting second pulse reach microsecond.
时间精度高、输出秒脉冲精度达微秒级。
12.
Influence of Stress Gradient on Measurement Accuracy of Brillouin Optical-Time-Domain-Reflectometry
应变梯度对布里渊光时域反射计测量精度的影响
13.
The Research on Influence of Sway on Precision and Time of Transfer Alignment of Carrier-based Aircraft's INS
摇摆运动对舰载机惯导系统传递对准精度和时间的影响的研究
14.
For the limitation of the accuracy of IFM technology, the frequency tracking accuracy can't be examined directly.
由于现有瞬时测频技术精度的限制,无法直接对其频率跟踪精度进行检定。
15.
Conclusion UU infection could affect semen liquefied duration and semen viscosity.
结论解脲支原体感染对精液粘度和液化时间有影响。
16.
Objective To study the effect of Ureaplasma urealyticum( UU) infection on semen viscosity, semen liquefied duration.
目的探讨解脲支原体感染对精液粘度和液化时间的影响。
17.
If there are not so many objects to assess and a very exact result is expected, AHP may be the best method.
当评价对象不多、评价精度要求很高时 ,最好用层次分析法 .
18.
Finally, the influences of the measurement noise and the range of slip on the estimation precision are evaluated .
同时还评估了测量噪声和转差范围对参数识别精度的影响。