Examples of using Physics laboratories in English and their translations into German
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Colloquial
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Official
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Ecclesiastic
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Medicine
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Financial
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Ecclesiastic
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Political
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Computer
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Programming
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Official/political
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Political
These devices receive a time signal broadcast by either atomic clocks from national physics laboratories or direct from the atomic clocks onboard GPS satellites.
NTP time servers(Network Time Protocol) are used to receive atomic clock signals often broadcast by large physics laboratories or from the GPS(Global Positioning System) satellite signals.
Atomic clocks are extremely expensive and highly sensitive pieces of equipment and are only usually to be found in universities or national physics laboratories.
while the chemistry and physics laboratories were on the second floor of the barn.
time used globally and kept precise and accurate by physics laboratories around the world.
from radio transmission broadcast by national physics laboratories such as NIST or NPL.
long wave radio broadcasts usually transmitted by national physics laboratories like NPL or NIST.
Using atomic clocks, either from the GPS satellite network or from physics laboratories(like NIST and the UKs NPL);
NTP time servers receive the time from atomic clocks by either long-wave radio transmissions from national physics laboratories or from the GPS network Global Positioning System.
frequency transmissions that several countries broadcast from their national physics laboratories.
the national time and frequency transmissions broadcast by several national physics laboratories.
impractical devices used mainly in research and physics laboratories, it is possible to utilise the time told by an atomic clock for synchronisation of digital wall clocks for hospitals.
Not all national physics laboratories transmit atomic clock signals, such as the MSF transmission put out by NPL,
Most network administrators prefer to use an external absolute source, mainly because specialist NTP servers are available that can easily receive an atomic clock timing reference either through specialist radio transmissions(usually from national physics laboratories) or the GPS network.
However, a source of UTC can be received by a NTP time server that either gets it from a radio signal broadcast by these physics laboratories, or from the GPS(Global Positioning System) network.
satellite system(global positioning system) or specialist radio transmissions broadcast by national physics laboratories.
The answer is quite simple; atomic clock timestamps are transmitted by physics laboratories and are avlaible from a whole host of sources- kept accurate by the time software NTP Network Time Protocol.
as the signals are broadcast by national physics laboratories, they are accurate and trustworthy.
specialist radio transmissions broadcast from national physics laboratories.
from broadcasts from national physics laboratories such as NIST in the US