Приклади вживання High-energy particles Англійська мовою та їх переклад на Українською
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Antarctic neutrino observatory detects unexplained high-energy particles.
Beams of high-energy particles are useful for both fundamental and applied research in the sciences.
The foreground device actually measured high-energy particles that escape from the Sun.
The flux and energy spectrum of the gamma-rays reflects the flux andspectrum of the high-energy particles.
But high-energy neutrinos, as well as other high-energy particles, have"large cross-sections.".
In 1953 he published atheory of multiple particle production in collisions of high-energy particles.
Solar storms are made up of high-energy particles unleashed from the Sun by explosions on the star's surface.
This property is useful in studying atomic andsub-atomic forces by scattering high-energy particles;
Close to Jupiter,the planet's rings and small moons absorb high-energy particles(energy above 10 keV) from the radiation belts.
Right now, the plasma in experimental fusionreactors can generate waves that push around high-energy particles.
High-energy particles from black holes and supernovas try to enter the solar system, but most are deflected by the heliosphere's magnetic fields.
Earth's magnetic field protects andmakes our planet habitable by stopping harmful high-energy particles from space, including from the Sun.
High-energy particles from black holes and supernovas try to enter the solar system, but most are deflected by magnetic field of the heliosphere.
Sulamith Low Goldhaber and her husband Gerson Goldhaber formed a research team onthe K meson and other high-energy particles in the 1950s.
When high-energy particles are in rapid motion, including electrons forced to travel in a curved path by a magnetic field, synchrotron radiation is produced.
They have powerful magnetic fields, they accrete matter and are regularly explodedby the ejections of the most powerful fluxes of X-rays and other high-energy particles.
Scientists have found that cosmic rays- high-energy particles emitted from exploding stars- knock out electrons from air molecules, creating positive and negative ions.
Understanding solar activity is a vital part of protecting spacecraft,but it's difficult to know where the high-energy particles from a coronal mass ejection(CME) will go before they get there.
In the modern era, when these high-energy particles collide with Earth, they can knock out electronics in satellites we rely on for communications and services such as GPS.
Far-infrared light provides key information about magnetic fields because the signal is not contaminated by emission from other mechanisms,such as scattered visible light and radiation from high-energy particles.
Radioactive material of Chernobyl“unstable”, because it constantly emits high-energy particles and waves, which destroy the cell structure or produce chemically active substances attacking the cellular mechanism.
X-rays are well protected by a lead blanket, but cosmic radiation is characterized by the fact that particles of cosmic rays have much higher energy than X-rays,and when bombarding the nuclei of atoms in the lead layer, such high-energy particles cause cascades of secondary particles known as secondary radiation.
Chernobyl's radioactive material is“unstable” because it constantly emits high-energy particles and waves that destroy cellular structures or produce chemically active substances that attack the cellular mechanism.
The content of cosmogonic isotopes in meteorites andthe presence of the tracks formed by high-energy particles make it possible to study variations in the intensity of cosmic rays in space and with time and to determine the original mass of meteorites(prior to striking the earth).
In the second section the nuclear technologies, where ions,neutrons and other high-energy particles with energies are used, provide modification of the structure of matter nuclei in particular- radioactive isotopes for industrial and medical supplies and devices based on them.
The analysis of high-energy particle collisions could be beneficial for fundamental and applied research in the sciences.
High-energy particle accelerators are extremely useful for fundamental and applied research in various fields, ranging from electronics and medicine to international security.
After D: Ream disbanded in 1997, he completed his Doctor of Philosophy degree in high-energy particle physics at the University of Manchester.[22] His thesis, Double Diffraction Dissociation at Large Momentum Transfer,[22] was supervised by Robin Marshall[22][23] and based on research he did on the H1 experiment at the Hadron Elektron Ring Anlage(HERA)[22][24] particle accelerator at the DESY laboratory in Hamburg, Germany.[25].