Examples of using Baryons in English and their translations into Ukrainian
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only objects that are built out of them, such as mesons and baryons?
Fusing quarks require 130 MeV to become doubly-charmed baryons, which, in turn, releases energy that's 12 MeV more energy.
Incorporating baryons, leptons and photons into the simulations dramatically increases their complexity
Within the integrated hydrokinetic model, it is analyzed the transverse momentum pT-dependence of the pair correlations of strange mesons and baryons that are created in nucleus-nucleus collisions at Large Hadron Collider(LHC)
the role of leptons as alternative charge carriers for the baryons- alternative in that they are not antiparticles
the total number of elementary particles that make up the ordinary matter(baryons such as protons
The advantage of the“hidden” identity charges of the massive leptons(and perhaps of the baryons) is that it allows the carrier(lepton
leptoquarks and baryons must be composite particles whose internal components can sum to electric neutrality(like a neutron).
and other(intermediate) baryons along the decay pathway.
It is evident that reactions with baryons during BBN would ultimately result in helium-4, and also that the abundance of primordial deuterium is indirectly related to the baryon density or baryon-photon ratio.
all strongly interacting particles(mesons, baryons, resonances) consist of special“subparticles”- three types of quarks- with fractional electric charges as well as of the corresponding antiparticles(antiquarks).
The model of hadron resonance gas that includes an effect of interaction between baryons has been developed and used to calculate the baryon number fluctuations,
including baryons such as protons and neutrons, can form.
they're dominated by baryons- the particles that make up ordinary matter.
by analogy to mesons and baryons that have two and three quarks respectively.
made up of smaller particles and are classified as baryons- particles composed of three elementary units of matter known as quarks.
but failed with baryons, and so were unable to explain all the data.
an expression of the“Yukawa” strong force involving“flavor” charge exchange between baryons(via meson field vectors),
The S= 1⁄2 octet baryons are the two nucleons( p+,
The S= 3⁄2 decuplet baryons are the four Deltas( Δ++,