The movement of iron, which can carry a charge,
generates a strong magnetic field that can protect a planet's atmosphere from being ravaged by solar wind (SN Online: 8/18/17).
Earth
generates a strong magnetic field extending from the core out into space that shields the atmosphere and deflects harmful high - energy particles from the Sun and the cosmos.
Current - day Earth
generates a strong magnetic field capable of deflecting the majority of the stellar material flung at it through events such as a coronal mass ejections.
Wireless chargers
generate strong magnetic fields.
Not exact matches
Scientists don't fully understand what's driving Jupiter's
strongest auroras, but data gathered by the orbiting Juno spacecraft hint that the electrons
generating Jupiter's polar glows may be accelerated by turbulent waves in the planet's
magnetic field — a process somewhat akin to surfers being driven shoreward ahead of breaking ocean waves, the researchers report today in Nature.
For this theory to work, the beams released by black holes would have to have
strong, self -
generated magnetic fields and the rotation of particles around the
fields would then give off powerful bursts of gamma ray radiation.
They think a very
strong magnetic field, tens of trillions of times the size of Earth's and much
stronger even than a normal pulsar's
field,
generates the bursting pulsar's signals.
The gamma rays could be
generated when charged particles are accelerated by
strong magnetic fields around the stellar remnant.
That outer layer would have dragged against the liquid interior,
generating friction and a very
strong magnetic field (SN Online: 12/4/14).
A possible answer: The
magnetic field is
strong where the churning core
generates it, but the layer of electrically conducting iron sulfide partially screens out and weakens the
field before it reaches the surface.
These defects «pin» in place, or trap, the microscopic
magnetic vortices that form when the superconductor is placed in a
strong magnetic field, such as those
generated by magnets in
magnetic resonance imaging (MRI) machines.
These proposed devices, like their predecessors, aim to cancel gravity by wrapping an object in superconducting coils to
generate a
magnetic field so
strong that it warps space.
He suggests that the acceleration of particles in the solar wind — essentially a surface phenomenon — is determined by the
strong «dynamo»
magnetic field generated deep down in the Sun.
The smaller star is the source of the
magnetic field, and even though that
field is about 1000 times
stronger than the sun's, imaging it still required two arrays of radiotelescopes, plus two extra dishes, to detect the signals
generated by
magnetic fields.
This could come from electric flow in a salty ocean
generated by Jupiter's
strong magnetic field passing through it.
The
strong radio emission was unexpected because brown dwarfs, according to conventional theories, are not supposed to have
magnetic fields strong enough to
generate the radio emission.