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1·Anyone who considers river time in relation to atomic time will encounter a major imbalance and may be motivated to counteract it by consuming less fuel or supporting greener policies.

任何认为河流时间应与原子时间对应的人都会遇到严重的失衡，他们也可能会通过消耗更少的燃料或支持更环保的政策来抵消这种不平衡。

2·Consider the process of reporting atomic time.

考虑一下报告原子时间(atomic time)的进程吧。

3·That will allow the Earth's spin to catch up with atomic time.

那意味着偶尔有年份会稍稍长一些，来让自转减缓的地球赶上恒速计时器。

4·There are many ways to have the systems stay on Atomic time by themselves.

有很多种方法可以使系统自身保持Atomic时间。

5·The time that it takes to complete a connection to the atomic time service affects the precision of the time reading.

完成一个到原子时间服务的连接所需的时间会影响时间读取的精确性。

6·A time keeping system consists of atomic clock assembly, measuring and comparing system and computation of atomic time scale, etc.

守时系统是一种需要连续、可靠运转的复杂系统，包括守时钟组、比对测量系统、原子时归算等多个环节。

7·UTC Universal Time Coordinated. This is Greenwich Mean Time, adjusted to be an integral number of seconds different from International Atomic Time.

格林尼治（平均）时坐标。这是格林尼治平均时，被调整到秒的整数值，它异于国际原子时。（参考）

8·The results indicate that this equivalent model can improve the atomic time calculation speed and fit for the fast calculation of atomic time algorithm.

结果表明，该模型可以提高原子时计算的速度，适合于原子时算法的快速计算。

9·The results show that NTSCGPS-1 provides good stability, higher accuracy and fair compatibility and can be used in the reconstructing of JATC(Joint Atomic Time of China).

分析结果表明，NTSCGPS 1的系统稳定性好，观测精度较高，并具有较好的兼容性，可用于JATC的复建工作。

10·Based on the requirement for establishing coordinated atomic time scale at Shangha1 Observatory, the application of ARIMA model to the forecasting of atomic time was discussed.

根据上海天文台协调原子时尺度建立的要求，探讨了ARIMA模型在原子时预报中的应用。