1.
Study of An Improved Method of Attenuating Linux Time Granularity;
一种改进的细化Linux时钟粒度的方法研究
2.
Designing for High Precision Synchronous Clock Based on GPS-Clock
基于GPS秒时钟的高精度同步时钟设计
3.
Clock Synchronization Based on Clock Precision Difference and Wavelet;
基于时钟精度差和小波分析的时钟同步
4.
the chime of church; bells/of the clock
教堂钟[时钟]的钟声.
5.
The minutes drag like hours.
一分钟长得像几小时，度日如年。
6.
Clocks Hypothesis and Length Hypothesis in Special Relativity;
狭义相对论中的“时钟假设”和“长度假设”
7.
Design and Implementation of a High Precision Clock in UNIX SVR4.0;
NIXSVR4.0高精度时钟的设计与实现
8.
Research of the Precise Time Synchronization Base on IEEE1588
基于IEEE1588的高精度时钟同步技术研究
9.
Temperature Adaptive Refresh Circuit of DRAM
温度自适应性DRAM刷新时钟电路
10.
Implementation of high-precision clock synchronous system based on NTP
基于NTP的高精度时钟同步系统实现
11.
Faceted clear crystal crescent desk clock; moveable clock; Swiss precision clock movement.
在上雕琢平面的清楚水晶新月形书桌时钟;可移动的时钟;瑞士精确度时钟运动。
12.
With upward decreasing grain size the deflection of the self-potential curve also decreases to form a bell-shape.
随着向上去粒度减小，自然电位曲线的偏斜也减弱而形成钟状。
13.
Design of the Functions of Digital Temperature and Real-time Clock in Intelligent Instrument
智能仪器仪表中数字温度实时时钟功能的设计
14.
that the rate of a clock moving through space will decrease as its speed increases;
在空间移动的时钟钟摆频率会随着运动速度的增加而减慢；
15.
chronometer time plus watch time
天文钟时间加钟表时间
16.
chronometer time minus watch time
天文钟时间减钟表时间
17.
Particles of the same size also have different lengths of stay in the bed.
同一粒度的颗粒在床层中的停留时间也不同。
18.
The lifetime of supergranulation elements is about a day, rather than a few minutes as for the granulation.
超米粒组织元的生存时间大约是一天，而不象米粒组织那样为几分钟。