Examples of using Strong interaction in English and their translations into Ukrainian
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therefore helps to understand the strong interaction, one of the four basic forces of physics which determines the structure of matter.
this" η- η′ puzzle" has its origin in topological peculiarities of the strong interaction vacuum, such as instanton configurations.
because the weak interaction is notoriously slower than the strong interaction and electromagnetic force.
the theory that describes the strong interaction, one of the four fundamental forces.
electromagnetism, the strong interaction and the weak interaction had taken their present forms,
radiative, nuclear effects within the Klein-Gordon-Fock equation and estimation of the strong interaction effects to the transition energies of heavy atoms.
electroweak interaction, from which a strong interaction emerged at the inflation stage(the exponential expansion gap).
mesons with properties that are similar with respect to the processes caused by the strong interaction are combined in groups(“supermultiplets”)
life safety ensuring in the area of radiation is impossible without strong interaction between scientists and manufacturing industry that is brightly illustrated by association agreement of LSU LS and“SIE Sparing-Vist Centre”.
He also recognized that these relations might be useful in computing observables for the case of strong interaction physics.[6] The dispersion relations were analytic properties of the S-matrix,[7]
Leptons do not participate in strong interactions.
Leptons do not participate in strong interactions.
weak and strong interactions of all elementary particles.
they participate in strong interactions.
Strong interactions produce a dance between light and sound.
The other two- weak and strong interactions occur on a very small scale
For strong interactions with the electro-weak fields, there were difficult issues regarding the strength of coupling,
electromagnetic, and strong interactions.
The strong interactions are interactions that engender processes that proceed with greater intensity than all other processes.
The strong interactions are described by quantum chromodynamics(QCD),