Examples of using Atomic time in English and their translations into Vietnamese
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Computer
Numbers below utc use atomic time data.
Atomic Time Synchronizer is a useful and handy utility to keep your PC clock accurate.
Splitting the Second: The Story of Atomic Time.
TAI or International Atomic Time is a scale that helps determine the speed at which clocks should tick.
UTC is based on International Atomic Time(TAI).
Radio interference can be avoided by using exact atomic time obtained from GPS satellites to perfectly synchronize co-channel stations, as in a single-frequency network.
That, in turn, depends on International Atomic Time(TAI).
In order to coordinate universal time and atomic time, scientists are dealing with coordinated universal time. .
A standardized civil system, Coordinated Universal Time, is based on atomic time.
Those are the International Atomic Time and Universal Time. .
UTC ticks in units of Standard International(SI) seconds,in step with International Atomic Time(TAI).
When the difference between universal time and atomic time reaches one second, there is a second jump or negative second jump.
After 500 days, the difference between the Earth rotation time and the atomic time would be 1 second.
As a result, Earth gets out of step with International Atomic Time(TAI), which uses the pulsation of atoms to measuretime to an accuracy of several billionths of a second.
So every now and then a leap second isadded to allow astronomical time to catch up with atomic time.
It periodically checks and synchronizes your computer clock with a NIST atomic time server, or synchronizes time between computers.
Universal time is measured by astrometry, and because of various factors,there are small errors relative to atomic time.
It periodically checks and synchronizes your computer clock with a NIST atomic time server, or synchronizes time between computers.
With TimeNow24, true online atomic clock,see for free the current time and finally have the exact atomic time.
Atomic time standard: Provided by the United States National Institute of Standards and Technology, Time and Frequency Division, Boulder, Colorado, atomic power.
After about 500 days,the accumulated difference between astronomical time and atomic time can be about a second.
The basis for scientific time is a continuous count of seconds based on atomic clocks all around the world,known as the international atomic time.
UTC runs at the rate of the atomic clocks, but when the difference between this atomic time and one based on the earth approaches one second, a one-second adjustment(a"leap second") is made in UTC.
These observations show that after roughly 500 to 750 days,the difference between Earth rotation time and atomic time would be about one second.
The leap second has long caused debate among member countries of the International Telecommunication Union(ITU),with some arguing for it to be abolished in favour of the exclusive use of atomic time.
The Casio G-Shock MT-G MTGS1000D-1A9 also has Multi-Band 6 technology,which allows the watch to receive terrestrial radio signals from six atomic time transmitters around the world to sync its time. .
Today, the basis for scientific time is a continuous count of seconds based on atomic clocks all around the world,known as the international atomic time.
The mechanism of the clock is controlled by radio waves receiving the signals from the transmitter in Mainfligen,which gives it the accuracy of the atomic time standard.
If a standardized second could be defined as a specific andagreed-on number of atomic transitions, time could be quantified.
This attosecond streaking uncovers that electrons from different atomic orbitals arereleased with a delay comparable to the atomic unit of time.