Examples of using Synchrotron in English and their translations into Vietnamese
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Many nations around the world employ circular machines called synchrotrons that do very similar sorts of work.
The physical tools include things like superconductors and synchrotrons, which are used to create intense magnetic fields.
The two largest proton synchrotrons, at CERN, the joint European High Energy Physics laboratory near Geneva,
including synchrotrons and accelerators, and are also used for bespoke applications.
Surveyors can collide with ionizing radiation while performing work on the particle accelerators(synchrotrons, synchrotrons, cyclotrons), and also in nuclear power plants, uranium mines and others.
reason why it is difficult and impractical to use synchrotrons for the acceleration of electrons to the same high energies as protons.
This emitted energy, known as synchrotron radiation, becomes significant in electron synchrotrons of a few hundred MeV whereas it is insignificant for all existing proton synchrotrons.
Other electron synchrotrons of the alternating-gradient type in the early sixties were located in Hamburg(6 GeV), Harvard-MIT, Cambridge(6 GeV)
Already in the 1960s, pioneering work on how to collide two beams of electrons circulating in two synchrotrons was done in Novosibirsk at the Budker institute, named after the inventor of the electron cooling of particle beams.
the construction of two nearly identical very large synchrotrons, which are still in operation, started at the
such as synchrotrons.
Now, many synchrotrons are used exclusively as powerful photon sources in laboratories all over the world e.g. at Stanford, Brookhaven(Long Island), Argonne(Illinois), Berkeley(California), Daresbury(UK),
Synchrotron radiation is produced.
Radiation is called synchrotron radiation.
This is called synchrotron radiation.
It was called synchrotron radiation.
This radiation is called synchrotron radiation.
Synchrotron Radiation and advanced radiation sources.
This is called“synchrotron radiation.”.
Synchrotron radiation is important also in astronomy.