Приклади вживання This particle Англійська мовою та їх переклад на Українською
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This particle was called neutron.
He called this particle a neutron.
This particle is called a photon.
Six years after the discovery of this particle at the….
This particle was later named photon.
There is no ezoosmic cell which does not have this particle.
This particle is called the π-meson or pion.
Peter Higgs had predicted the existence of this particle in 1964.
This particle was given the name J/ψ.
The Italian physicist Enrico Fermi later dubbed this particle the neutrino, Italian for"little neutral one.".
This particle most likely came from a black hole.
In the framework of existing concepts, this particle is responsible for the mass of elementary particles. .
This particle originates from an invisible field that fills up all space.
F0(500) also known as σ- the properties of this particle are possibly consistent with a 1000 MeV or 1500 MeV mass glueball.[3].
This particle is responsible for the masses of the other elementary particles. .
And we said that the way that they describe it, they don't say that this particle is in an orbit, like the planets around the Sun in orbit would be like that.
This particle or microscopic view of a gas is described by the Kinetic-molecular theory.
And the reality is that because this thing is smaller, because this m1 on the right here, this one I'm coloring in,because this one is smaller and denser, this particle is able to get closer to its center of mass.
Hypothetical existence of this particle was officially suggested by Wolfgang Pauli in 1930.
This particle accelerator appeared thanks to the cooperation of the University in Nova Gorica and the Japan Centre for High Energy Physics.
It does not depend on the frame of reference, which means that it does not depend on whether this chargemoves or rests, it is inherent in this particle throughout its life, therefore, elementary charged particles are often identified with their electrical charges.
This particle accelerator appeared thanks to the cooperation of the University in Nova Gorica and the Japan Centre for High Energy Physics.
Because of its high surface area, this particle could make a good battery electrode and allow a higher rate of chemical reaction to take place.
This particle presumably appeared in the very early universe, but has been“lurking” in the background while other forces and particles controlled the direction of the universe.
For scientists, the discovery of this particle was monumental because it validated the standard model of physics, which meant we didn't have to chuck all existing formulas.
Six years after the discovery of this particle at the Large Hadron Collider, physicists are planning new huge machines that will stretch tens of kilometers in Europe, Japan or China.
It is believed that this particle is emitted upon transformation of atomic nuclei and disintegration of elementary particles in the Earth's bowels and atmosphere, inside the Sun, in other stars, and so forth.
It is believed that this particle is emitted during the transformation of atomic nuclei and the disintegration of elementary particles in the bowels of the Earth and its atmosphere, inside the Sun, in other stars, and so on.