短波授时

阐述了时钟同步在电力系统自动化应用中的重要性，对BPM短波授时信号的特征进行了分析，确定了以UTC时号系统作为本系统的时间基准。

Firstly the importance of the application of time synchronization in a power-system automation is clarified and an analysis on the characteristics of BPM short-wave time signalization is proceeded .

多年来，NTSC的守时系统以完美的表现满足了国家大科学装置&长、短波授时系统的发播控制任务的要求。

Since its establishment , the time-keeping system of NTSC has greatly satisfied the broadcast of time signals of long and short-wave standard time service system .

从载频看我国的短波授时

The Shortwave Timing of China in View of the Carry Frequencies

电离层信道的时变特性对短波授时的影响

The Effects of Time - varying Ionospheric Channel on HF Timing

此外，还讨论了提高短波授时精度的某些技术措施。

Moreover , some technical problems to improve HF skywave timing accuracy are also discussed in this paper .

随后，通过对实际信号的分析与测试，再次验证该算法在长、短波授时接收机周期识别中的可行性和有效性。

By analyzing and testing actual signal , feasibility and reliability in long and short timing receiver cycle identification using this algorithm are verified .

当授时接收机接收长、短波授时信号来进行时间同步时，要求通过周期识别技术识别出一个特定的周期。

When timing receivers receive long and short wave timing signals separately to synchronize time , using cycle identification techniques to identify a specific cycle is necessary .