1.
GPS Time System and Its Application to Time Comparing
GPS时间系统及其在时间比对中的应用
2.
Time transfer between two stations by SLR-augmented common view
辅助激光测距的共视法站间时间比对
3.
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
4.
Technology Used for International Atomic Time Scale(TAI)
用于国际原子时归算的时间比对技术
5.
Performance Analysis of Time Comparing System to NTSC
国家授时中心时间比对系统性能分析
6.
The Relation and Its Application Between Time Interval Measurement and Phase Comparison in the Process of Time Comparison
时间比对中时间间隔测量与频率源比相的关系及其应用
7.
Study on the Stability of Two Way Satellite Time and Frequency Transfer;
卫星双向时间比对系统稳定性的研究
8.
Digital Base-band Design of Two-Way Satellite Time Transfer Device
卫星双向时间比对法的数字基带设计
9.
Effect of the Error of Satellite Position on GPS Common-view Time Transfer
卫星位置误差对GPS共视时间比对的影响
10.
The Diversity of Temporal Conceptions & a Sino-American Comparison on Temporal Conceptions;
时间观念多样性暨中美时间观念对比
11.
An In-depth Chinese-English Contrastive Study of Spatial-temporal Metaphor;
汉英空间—时间隐喻的深层对比研究
12.
An In-Depth Chinese-English Contrastive Study on Spatial-Temporal Metaphor;
汉英空间-时间隐喻的深层对比研究
13.
Comparative Studies on Past Tense in English and Korean;
英语、韩国语过去时的“跨时间”用法对比
14.
Decoding Time from Language: Contrastive Study of English and Chinese Temporal Expressions;
从语言中破译时间：英汉时间表达对比研究
15.
Comparative Analysis of Temporal Representations and Concepts of Time in Chinese and English;
中英文时间表征与中西时间观对比探析
16.
An Approach of Contrasting Time for Relative Ranging between Formation Flying Small Satellites
编队小卫星间相对测距的时间对比方法
17.
(of a photograph) lacking in contrast because it was left in the developer for less than the required time.
（指照片）因为在显影剂中的时间比要求的时间短而对比度不足。
18.
There were also longer periods of recovery.
也有时间歇时间比较长。