The "time to think" so many of us naively pine for allows us to consolidate memories, integrate what we have learnt, plan for the future, maintain our moral compass and construct a sense of self.
我们许多人出于本能渴望的“思考时间”使我们得以巩固记忆、整合我们所学的知识、规划未来、恪守我们的道德指南针，并构建自我意识。
Instead of measuring progress through accomplishments, time is the featured compass.
而不是通过成就进行衡量，时间是特色的罗盘。
This means that if you took two trips 10 years apart to the North Magnetic Pole by following a compass, you'd end up at a different destination each time. Theory 8:2012 and the end of the world.
这意味着，如果你相隔10年跟着指南针所指方向去北极的话，那么这两次你所到的目的地是不同的。
The compass will be no help in this matter for perhaps months as the Earth's magnetosphere will take some time to re-establish.
在这种情况下指南针将在大约几个月之内没有一点用处，因为地球的磁气圈需要时间来重建。
At that time, the compass played an important role in his sailing.
那时，指南针在他的航行中起着重要作用。
The gyro-compass is one of most important instruments in the ships navigation, its repeater must be able real-time, accurately to respond the ships direction.
电罗经作为船舶航行重要的仪器之一，要求其复示器能实时、准确地反应船舶航向。
Turn the bezel dial to Time, Ride, Compass, or speed and record the total vertical, number of runs, speed and altitude of your kick-ass powder day.
打开面板拨号时间，平顺，指南针，或速度和记录总垂直，一些运行，速度和高度的揭幕驴子粉一天。
The time transfer principle and character of compass I is introduced in this paper, the experimental results is analyzed to assess the time transfer capability of compass I.
本文介绍了北斗定位和北斗授时的工作原理，并通过实验分析了北斗一号的授时能力。
The interference of carrier magnetic field to geomagnetic field has been a difficult problem for a long time, which has influence on navigation compass deviation and geomagnetic measurement.
载体磁场对地磁场的干扰，一直是影响导航罗差、地磁测量的技术难题。
The Northern Song Dynasty time, the compass applies in the navigation enterprise, enabled it to have the unfailing vitality.
北宋时代，指南针利用于航海事业中，使之有了经久不衰的性命力。
This paper based the "Compass I" time-service receiver project of some navigation department.
本论文以某导航研发部门的“北斗一号”授时型接收机项目为基础。
The interference of carrier magnetic field to geomagnetic field has been a difficult problem for a long time, which has influence on navigation compass deviation and geomagnetic measurement.
载体磁场对地磁测量的干扰，一直是造成导航设备罗差、影响地磁测量精度的技术难题。
The interference of carrier magnetic field to geomagnetic field has been a difficult problem for a long time, which has influence on navigation compass deviation and geomagnetic measurement.
载体磁场对地磁测量的干扰，一直是造成导航设备罗差、影响地磁测量精度的技术难题。
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