What is the translation of " ATOMIC CLOCK " in Croatian?

• atomski sat

Examples of using Atomic clock in English and their translations into Croatian

The atomic clock is still working.
Atomski sat još radi.

Is it set to the atomic clock?
Namješten je po atomskom satu?

UK's atomic clock'is world's most accurate.
Atomski sat je najtočniji sat na svijetu.

Is is synchronized to atomic clock time.
Is je sinkroniziran s atomskim satom.

The satellites' atomic clocks experience noise and clock drift errors.
U satelitnim atomskim satovima mogu se zbiti pogreške zbog šumova ili pomicanja sata..

Precision- synchronized with atomic clock time.
Preciznost- sinkronizira se s atomskim satom.

Luckily, the atomic clock is still working.
Srećom, atomski sat još radi.

That's not possible because the system is linked to an atomic clock.
To je nemoguće jer je sustav povezan s atomskim satom.

Vic, don't you have like an atomic clock built into you?
Vic, ne morate kao atomski sat izgrađen u vas?

Forward time travel has been tested… using highly precise atomic clocks.
Napredno vremensko putovanje se testiralo pomoću jako-preciznih atomskih satova.

My watch is linked to the atomic clock in Boulder, Colorado.
Sat mi je spojen s atomskim satom u Boulderu u Koloradu.

Sophisticated analysis measures radioactive elements, which serve as atomic clocks.
Sofisticirana analiza mjeri radioaktivne elemente, koji služe kao atomski časovnici.

Is is synchronized with an atomic clock- the most accurate time source in the world.
Is se sinkronizira s najtočnijim izvorom podataka o točnom vremenu- atomskim satom.

The navigation message contains corrections for these errors and estimates of the accuracy of the atomic clock.
Navigacijska poruka sadrži korekcije za te greške te procjenjuje točnost atomskog sata.

The satellite uses an atomic clock to maintain synchronization of all the satellites in the constellation.
Satelit rabi atomski sat radi održavanja sinkronizacije svih satelita u konstelaciji.

Smartphones read e-mails, they have GPS maps, They link to an atomic clock On this little thing called the Internet.
Smartphones primaju mailove, oni u sebi imaju GPS karte, povezani su sa atomskim satom preko te male stvari po imenu: internet.

Professor Wagg invites you to join in celebrating the starting of the world's most accurate timepiece- a Beryllium Atomic Clock.
Profesor Wagg vas poziva da mu se pridružite u proslavi pokretanja najpreciznijega kronometra- berilijskog atomskog sata.

Is displays exact, official atomic clock time for any time zone(more than 7 million locations) in 47 languages.
Is prikazuje točno, službeno vrijeme prema atomskom satu za bilo koju vremensku zonu(više od 7 milijuna lokacija) na 47 jezika.

This unbelievably tiny world, just 10 miles across, fires an intense beam of radiation through space as regularly as an atomic clock.
To je nevjerojatno sićušan svijet, širok samo 16 km. Kroz svemir ispaljuje žestoke zrake radijacije pravilno kao atomski sat.

Year. The atomic clock says that it's 365.2420, but hey admit that at the fourth decimal point, they could be plus or minus five wrong.
Atomski sat kaže da ona iznosi 365.242 dana, ali priznaju da je na četvrtoj decimali moguće odstupanje od plus-minus 5.

Each 30-second frame begins precisely on the minute or half-minute as indicated by the atomic clock on each satellite.
Emitiranje svakog okvira od 30 sekunda započinje precizno svake minute i pola minute kao što je naznačeno satelitskim atomskim satom prema satelitskom formatu poruke.

Placing atomic clocks on artificial satellites to test Einstein's general theory was proposed by Friedwardt Winterberg in 1955.
Postavljanje atomskih satova na umjetne satelite radi testiranja Einsteinove opće teorije prvi je predložio Friedwardt Winterberg 1955. godine.

While most clocks are synchronized to Coordinated Universal Time(UTC), the atomic clocks on the satellites are set to GPS time.
Dok je većina satova sinkronizirana na koordinirano univerzalno vrijeme(UTC), atomski satovi na satelitima su postavljeni na vrijeme GPS-a.

This has been demonstrated by noting that atomic clocks at differing altitudes(and thus different gravitational potential) will eventually show different times.
Ovo je pokazano tako što su atomski satovi na različitim visinama(i prema tome na mjestima drukčijeg gravitacijskog potencijala) pokazali drukčija vremena.

Friedwardt Winterberg proposed a test of general relativity- detecting time slowing in a strong gravitational field using accurate atomic clocks placed in orbit inside artificial satellites.
Friedwardt Winterberg predložio je test opće relativnosti uporabom preciznih atomskih satova postavljenih u orbitu u umjetne satelite.

Since the atomic clocks on board the GPS satellites are precisely tuned, it makes the system a practical engineering application of the scientific theory of relativity in a real-world environment.
Budući da su atomski satovi na GPS satelitima precizno podešeni, oni od sustava rade praktičnu inženjersku primjenu znanstvene teorije relativnosti u okolini realnog svijeta.

The Naval Research Laboratory continued making advances with their Timation(Time Navigation) satellites, first launched in 1967, with the third one in 1974 carrying the first atomic clock into orbit.
Mornarički istraživački laboratorij nastavio je poboljšanja sa svojim satelitima Timation(Time Navigation) koji su prvi lansirani 1967. dok je treći nosio 1974. godine prvi atomski sat postavljen u orbitu.

And when the atomic clocks were measured after the end of the journey, they had progressed forward in time a little bit less than similar clocks which had remained at rest on Earth.
Zatim su atomski satovi izmjereni nakon završetka putovanja. Oni su napredovali prema naprijed u vrijeme malo sporije, od sličnih satova koji su u mirovanju na zemlji.

The Naval Research Laboratory continued advancements with their Timation(Time Navigation) satellites, first launched in 1967, and with the third one in 1974 carrying the first atomic clock into orbit.
Mornarički istraživački laboratorij nastavio je poboljšanja sa svojim satelitima Timation(Time Navigation) koji su prvi lansirani 1967. dok je treći nosio 1974. godine prvi atomski sat postavljen u orbitu[5].

Measured on a strictly uniform time scale, such as that provided by an atomic clock, the mean synodic month is becoming gradually longer, but since the tides slow Earth's rotation rate even more, the mean synodic month is becoming gradually shorter in terms of mean solar time.
Mjereno jednolikom skalom, npr. atomskim satom, s. s. mjesec se produljuje, ali pošto plime još više usporavaju Zemljinu rotaciju, s. s. mjesec se skraćuje u odnosu na srednje sunčevo vrijeme.