Translation of electromagnetic in Spanish:

electromagnetic

electromagnético, adj.

Pronunciation /ɪˌlɛktrə(ʊ)maɡˈnɛtɪk//əˌlɛktroʊmæɡˈnɛtɪk/

adjective

  • 1

    electromagnético
    • An alternative approach is to use electromagnetic rather than seismic information.
    • Now researchers have used a slab of a new kind of material to focus diverging electromagnetic waves into a narrow cone.
    • For example, the electromagnetic force between a proton and an electron is 10 times stronger than the gravitational force.
    • The unifying feature of this theory was that it unified Einstein's theory of gravitation and Maxwell's electromagnetic theory.
    • Maxwell believed electromagnetic waves such as light to be vibrations in the ether.
    • There could also be waves of electromagnetic energy both shorter and longer than visible light.
    • The first step was the realization that electromagnetic energy cannot always be treated simply as a wave passing through space.
    • It does this by applying current to the electromagnetic clutch just ahead of the rear differential, locking it entirely if necessary.
    • This energy is then re-emitted as an electromagnetic wave with the same frequency of the original wave.
    • They made sure it wasn't some kind of electromagnetic disturbance, such as a solar flare or lightning.
    • Thus, the higher the energy of the incoming particles, the stronger the electromagnetic interaction it feels.
    • Water is a good conductor of electricity and could be channeling electromagnetic currents of the Earth.
    • The electromagnetic security fields appear to have no effect on these devices.
    • An electromagnetic current stimulates the toxins in your body, which then exit via the 2,000 sweat glands on each foot.
    • They are the electromagnetic interaction, the weak interaction and the strong interaction.
    • In many ways, however, the weak force resembles the electromagnetic force.
    • Classical electromagnetic theory then requires that in this process they should radiate away some of their energy.
    • Light is an electromagnetic wave that can carry angular momentum by way of circular polarization.
    • In fact gravitational interaction is about 10 times weaker than the electromagnetic.
    • The two systems contain quartz-like properties and an electromagnetic current.