Приклади вживання Meson Англійська мовою та їх переклад на Українською
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Meson theory of nuclear forces.
Figure 1: The pseudoscalar meson nonet.
Meson pairs belong at this level as well.
Thus, it became formally known as the J/ψ meson.
CP violation in neutral meson oscillations.
Without the meson field, baryons, once formed, could not be transformed.
Two-body Dirac equation: methods, models and application in meson spectroscopy.
Unlike the pion, the rho meson has spin j= 1(a vector meson) and a much higher value of the mass.
His work predicted many later finds, which include the neutron, meson and neutron star.
Serving an array of dishes, Meson Las Ruedas and La Casona del Vino are 200 meters away.
Physicists working on the Large Hadron Collider,unable to register the first beautiful particle- meson B+.
Key words: B meson, QCD factorization, final state interaction, intermediate states, branching ratio.
Glueballs are extremely difficult to identify in particle accelerators,because they mix with ordinary meson states.
The meson resonance K*(892) with the lifetime of 4-5 fm/s are used as a probe to analyze a spaсe-temporal picture of nuclear-nuclear collision processes.
With it he discovered a new subatomicparticle called a psi-particle(now called a J/psi meson).
But above the D meson threshold, the original valence quarks need not annihilate; they can propagate into the final states.
Shortly thereafter, additional particles of intermediate mass were discovered,and the more general term meson was adopted to refer to any such particle.
The spectrum of heavy mesons is linked through radiative processes to the vector mesons, which are therefore playing important roles in meson spectroscopy.
Quark flavors can transform one into another if there is sufficient energy,and if a leptonic(and/or meson) alternative charge carrier can be produced by the"W" IVB of the weak force.
In later years, he branched out, constructing the Los Alamos Meson Physics Facility to develop the laboratory's role in nuclear science, and during the Space Race of the 1960s, the laboratory developed the Nuclear Engine for Rocket Vehicle Application(NERVA).
In his 1975 book,“The Tao of Physics,” physicist Fritjof Capra wrote that this octagonalpattern is similar in certain ways to the meson octet“in which particles and antiparticles occupy opposite places.”.
Only on this basis can one understand, for example,the production of a π+-meson upon the collision of two protons(p+ p→ p+ n+ π+) or the annihilation of an electron and positron, when in place of the vanished particles there arise, for example two gamma quanta(e-+ e-→ γ+ γ).
Charge independence breaking(CIB) in the pion-nucleon coupling constant andthe nucleon-nucleon scattering length is considered on the basis of the Yukawa meson theory. The CIB effect in these quantities is almost entirely explained by the mass difference between the charged and the neutral pions.
In later years, Bradbury branched out,constructing the Los Alamos Meson Physics Facility to develop the laboratory's role in nuclear science.[34] During the Space Race of the 1960s, the laboratory worked on Project Rover, developing the Nuclear Engine for Rocket Vehicle Application(NERVA). The laboratory demonstrated the feasibility and value of nuclear rocket propulsion.
The binding of nucleons within heavy nuclei is another pairing function, an expression of the“Yukawa” strongforce involving“flavor” charge exchange between baryons(via meson field vectors), rather than the“Gell-Mann” strong force involving“color” charge exchange between quarks(via gluon field vectors).