英語 での Atomic clock の使用例とその 日本語 への翻訳
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This cesium atomic clock operates to an uncertainty of one second in 30 million years.
This cesium atomic clock operates to an uncertainty of one second in 30 million years.
UTC is more precise than GMT because UTC measures time based on an atomic clock.
The first atomic clock was an ammonia maser device built in 1949 at the US National Bureau of StandardsNBS.
The first atomic clock was built in the US in 1949, and the accuracy of such clocks has improved considerably over the years.
The first accurate atomic clock was built at the British National Physical Laboratory by Louis Essen in 1955.
Experiments have been conducted"to bring out an ultrahigh precision atomic clock outside the laboratory and measure the difference in elevation of the ground".
The first atomic clock, invented in 1949, is on display at the Smithsonian Institution.
The transportable optical atomic clock was used to measure the height of a specific laboratory on a mountain in the Alps.
The Radio Atomic Clock is powered by one AA battery[supplied as standard], with battery changes recommended approximately every 2 years.
We take all these recordings, and with atomic clock precision we align them perfectly, later in a supercomputer.
Each antenna, spread out over vast distances, has an extremely precise atomic clock.
Each antenna, spread out over vast distances, has an extremely precise atomic clock.
NASA has activated its Deep Space Atomic Clock currently in orbit around the Earth.
In fact, the unit of time we know as a second was defined in 1967 using the cesium atomic clock.
For example, a transportable ultraprecise atomic clock, which may be taken out into the field, will function as a gravitational potential meter.
In 1984, one such clock at the United States Naval Observatory was tested in comparison with an atomic clock for one month and was found to have astounding precision, with an error of just one second in 10 years.
The practical option for digital wall clocks for hospitals is to connect the clocks on an Ethernet network and use an NTP time server that either receives the atomic clock radio signal or utilises GPS as its time source.
The atomic clock or atomic time is a time scale based on the definition of the second using atomic clocks to set the time standard used throughout the world.
Any change in frequency would indicate that the change in length of the resonator differs from the change in time measured by the atomic clock.