Приклади вживання Mev Англійська мовою та їх переклад на Українською
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Where E is the neutron energy in MeV.
Up to 1000 MeV layer thickness reaches almost 3 km.
Their energies may be of order several MeV.
With energy 10 MeV able to pass a layer of air(at normal temperature and pressure) of about 1 m With increasing energy P. I.
And that minimum is also well known: 1,022 MeV.
The“6097” in the name refers to the mass of the particles in MeV, making them roughly six times more massive than the proton.
Uranium emits alpha particles of circa 4.2 MeV energy.
That experiment aimed at the 8B solar neutrinos, which at around 10 MeV are not much affected by oscillation in both the Sun and the Earth.
The energy of GRBs ranges from a few keV to several MeV.
Fusing quarks require 130 MeV to become doubly-charmed baryons, which, in turn, releases energy that's 12 MeV more energy.
Energy range of registered gamma radiation 0,05- 3,00 MeV.
Ro210 emits also'-quanta with energy 0,804 and 0,084 MeV, but the release of their so insignificant that' radiation it almost does not matter.
It is assumed tobe complete for incident neutrons up to 20 MeV.
MeV scanning ion microprobe for determining the map of micro admixtures distribution in the subcoating layer of research samples using nondestruction methods of analysis.
The QGP can be created by heating matter up to a temperature of 2×1012 kelvin,which amounts to 175 MeV per particle.
The system is available in two versions- with the accelerator capacity of 4 MeV and 6 MeV, has the ability to change the height of the opening for the inspection of cargo of various sizes, as well as several scanning modes to choose from to improve image quality.
The creation of the first USSR linear accelerator of charged parts for 20 MeV and electron accelerator at 30 MeV.
Accelerator: apparatus or installation, in which particles are accelerated,emitting ionizing radiation with an energy higher than 1 mega-electron volt(MeV).
This can be accomplished by colliding twolarge nuclei at high energy(note that 175 MeV is not the energy of the colliding beam).
By 1940 the employment of compressed gas for insulation and the use of multisection high-voltage structures had made it possible toincrease the energy of the accelerated particles to~4 MeV.
F0(500) also known as σ- the properties of this particle are possibly consistent with a 1000 MeV or 1500 MeV mass glueball.[3].
Advances in the development of new designs for high-voltage generators and accelerating tubes have made it possible to increase the protonenergy obtainable in tandem accelerators to 40 MeV.
Energy dependence of the measured dose rate of gammaradiation in the energy range from 0.05 to 3 MeV, no more± 15%.
It also serves as a source of tritium, but for this the neutrons involved in thereaction must have an energy of 10 MeV and above.
After the pions and kaons, the rho mesons are the lightest stronglyinteracting particle with a mass of roughly 770 MeV for all three states.
LXeGRIT used a liquid xenon time projection chamber as a Compton telescope forimaging cosmic sources in the 0.15 to 10 MeV energy band.
Maximum permissible relative error of the equivalent dose rate ofgamma radiation in the air with energy 1.25 MeV at P= 0.95± 15%.
The first section describes radiation producing new materials andservices using electrons with energies up to 5 MeV and Bremsstrahlung X-rays.
First, the enormous volume possible in a water Čerenkov detector can overcome the problem of thevery small cross section of the 5-15 MeV solar neutrinos.