Приклади вживання Muons Англійська мовою та їх переклад на Українською
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Muons are 207 times as massive as electrons.
Neutral rho mesons can decay to a pair of electrons or muons which occurs with a branching ratio of 5×10- 5.
Muons are a kind of super-heavy electrons.
This method is based on theinteraction of very short-lived, electron-like elementary particles, known as muons, with the material being studied.
Muons are denoted by μ- and antimuons by μ+.
Probing questions from Oppenheimer prompted Robert Marshak's innovative two-meson hypothesis: that there were actually two types of mesons,pions and muons.
Protons, muons and other elementary particles;
However, the Grand Unified Theories(GUTs) predict that protons can decay into lighterenergetic charged particles such as electrons, muons, pions, or others which can be observed.
These muons would leave no trace,” Melott says.
When such a single particle reaches Earth atmosphere, it has its energy dissipated by creating billions of other particles: electrons,photons and muons, all near the speed of light.
Muons have many properties similar to electrons, but are more massive.
The system willrun special processes to check for spallation muons when burst candidates meeting“alarm” criteria and make a primarily decision for further process.
Muons were discovered in 1937 by Carl Anderson when he was studying cosmic rays.
In his new article, he describes how a supernovacan produce a stream of subatomic particles- muons- that can damage DNA, leading to widespread mutations of organisms and even extinction of species.
Muons were discovered by Carl D. Anderson in 1936 while he studied cosmic radiation.
An exotic star is a hypothetical compact star composed of something other than electrons, protons,neutrons, or muons, and balanced against gravitational collapse by degeneracy pressure or other quantum properties.
In 1936, the muons were discovered by Carl Anderson, during the study of cosmic rays.
The detectors are complementary: the Inner Detector tracks particles precisely, the calorimeters measure the energy of easily stopped particles, and the muon system makes additional measurements of highly penetrating muons.
Negative muons can, however, form muonic atoms by replacing an electron in ordinary atoms.
During the years from 1930 to 1945, a wide variety of investigations confirmed that the primary cosmic rays are mostly protons, and the secondary radiation produced in the atmosphere is primarily electrons,photons and muons.
Upward through-going muons(UTM) are produced in the rock beneath the detector and go through the inner detector.
(Muons, which originally were called μ-mesons, are not mesons since they have a spin of½ and do not take part in strong interactions.).
Upward stopping muons(USM) are also produced in the rock beneath the detector, but stop in the inner detector.
Muons are 200 times heavier than electrons, but according to the Standard Model, their interactions should otherwise be identical to those of the electron, which is a property known as lepton universality.
Highly relativistic muons, in contrast, travel almost straight through the detector and produce rings with sharp edges.
Minimum ionizing muons, in contrast produce very sharp rings as their heavier mass allows them to propagate directly.
But unlike iron-60 and wimps, muonspractically do not leave traces in the fossils,which makes a direct link between muons and extinctions almost impossible to prove.
Muon is denoted by μ- and antimuon μ+.
The muon was the first elementary particle discovered that does not appear in ordinary atoms.
In fact, a muon is 207 times heavier than an electron.