Приклади вживання High energies Англійська мовою та їх переклад на Українською
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At high energies all these.
Nuclear photo processes at high energies.
At high energies all these particles behave similarly.
Cosmic rays- streams of elementary particles moving with high energies in.
However, accelerated to high energies, such as accelerators or in the composition of primary cosmic rays(see), P.
This accelerator canlater be upgraded to push protons at high energies.
At high energies(when the wheel is spun quickly) the ball behaves in essentially only one wayit rolls round and round.
Degree: Doctor of Physics and Mathematics“Physics of the nucleus, elementary particles and high energies”;
Ultraviolet light with high energies is strongly absorbed by molecular oxygen- the oxygen we breathe- in the upper atmosphere.
Almost all involved agree that the unification offorces would only happen at very high energies and temperatures.
At very high energies(≧1014 eV) electron-photon showers in the earth's atmosphere acquire specific features of extended air showers.
On the other hand, the electromagnetic and weak forces,which are not asymptotically free, get stronger at high energies.
To achieve this, the nickel atoms were accelerated to high energies by the heavy ion accelerator UNILAC at GSI and directed onto a lead target.
These high temperatures would have meant that theparticles in the universe would be moving very fast and would have high energies.
This interaction is asymptotically free at very high energies and becomes strong and confining as the energy decreases to the electroweak scale of 246 GeV.
Knowing which it is would help scientists to decide between rival theories about how the fourforces of nature unite as a single force at high energies, such as during the Big Bang.
However, experiments with large particle accelerators indicate that at high energies the strong force becomes much weaker, and the quarks and gluons behave almost like free particles.
Extremely high energies of particles emitting in the VHE band might be explained by several mechanisms of particle acceleration(see Fermi acceleration and Centrifugal mechanism of acceleration).
All these factors create favorable conditions for theacceleration of heavy charged particles to exceptionally high energies(of the order of 1021 eV) and of electrons to energies of about 1012 eV.
In physics, the pomeron is a Regge trajectory, a family of particles with increasing spin, postulated in 1961 toexplain the slowly rising cross section of hadronic collisions at high energies.
Although asymptotically free at very high energies, these interactions must become strong and confining(and hence unobservable) at lower energies that have been experimentally probed.
The task is complicated still further,since α acts in combination with a factor proportional to the logarithm of the energy, so that at high energies the perturbation method proves to be ineffective.
It means that nowadays thanks to high energies physics mankind has faced unusual facts in the microcosm, the variety of appearing and disappearing particles in the microcosm, interconversion of mass to energy, but, having lost the primordial knowledge of non-material nature, it is now standing at the threshold of misunderstanding of these global processes and apprehending them from the perspective of an Observer outside the system.
Are there"other" universes with physical laws resulting from alternate ways ofbreaking the apparent symmetries of physical forces at high energies, possibly incredibly far away due to cosmic inflation?
The accuracy of this technique was improved in the last years as shown by various prototype experiments, and may become an alternative to the detection of atmospheric Cherenkov-light and fluorescence light,at least at high energies.
However, current observations[7] from particle accelerators speak against the existence of preons, or at least do not prioritize their investigation, since the only particledetector presently able to explore very high energies(the Large Hadron Collider) is not designed specifically for this and its research program is directed towards other areas, such as studying the Higgs boson, quark-gluon plasma and evidence related to physics beyond the Standard Model.
The model played an important role in the development of the theory of strong interactions(in particular, in establishing Pomeranchuk's theorem of the equality of the effective interaction cross section of particles andantiparticles at extremely high energies).
This property can determine the amplitude in a quantum field theory order by order in a perturbation series once the basic interactions are given, and in many quantum fieldtheories the amplitudes grow too fast at high energies to make a unitary S-matrix.
One of the central problems in the modern high energy physics is related to our ability to describe and explain the behavior of the quark-gluon plasma- a stateof matter which occurs when gold or lead nuclei collide at very high energies.