Examples of using Charged particles in English and their translations into Spanish
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It is used to reconstruct the trajectories of charged particles and to measure their momenta.
The ATLAS detector uses two large superconducting magnet systems to bend charged particles so that their momenta can be measured.
Cherenkov radiation is produced by charged particles which are traveling through a dielectric substance at a speed greater than the speed of light in that medium.
Of these six leptons, there are three charged particles: the electron,
Transit 5E-1 was launched for studying charged particles, magnetic fields
with tiny electrons buzzing around a central nucleus containing protons, positively charged particles.
IONIZATION: The process by which neutral atoms of molecules are divided into pairs of oppositely charged particles known as ions.
donut-shaped zones of charged particles corralled by our magnetic shield.
negatively charged air ions having the property of each other like magnets attract the oppositely charged particles.
But these currents are not macroscopic currents, in which charged particles flow in one direction.
Admission requirements: Master in Physical Engineering or Physics, with curricular training in Vacuum technology and charged particles optics.
But this back-reaction is necessary to explain the friction on charged particles when they emit radiation.
Landau quantization refers to the quantization of the cyclotron orbits of charged particles in magnetic fields.
experiments were performed to measure sources of high-energy charged particles in circumterrestrial space,
the Northern Lights are caused by electrically charged particles from the sun colliding with each other upon entering the earth's atmosphere, which results in emissions of various colours of light.
including flares and ejection of charged particles from its corona, and their interaction with the Earth's magnetosphere
By emitting a large amount of oxygen anions(negatively charged particles), by inhalation act on the mucous membrane,
Fluxes of charged particles, magnetic and electric fields and currents, electron and ion densities, plasma waves and irregularities, electron, ion and neutron temperatures
which causes the charged particles at the scattering point to exhibit a radial component of acceleration i.e., a component tangent to the plane of observation.
Thanks to their physical characteristics, the charged particles such as hadrons offer an obvious advantage, depositing all their energy accurately