Sentences with phrase «because strong magnetic fields»

Infrared light is a good probe of the magnetic field because stronger magnetic fields change the way light is emitted in that range.

Not exact matches

Because of Saturn's strong magnetic field, the poles are home to beautiful Aurorae, just like those of Earth and Jupiter.

These stresses arise because the Sun's magnetic field lines have a strong tendency to push one another apart.

Cell - damaging, high - energy particles from interstellar space, which reach the surface because Mars lacks a strong magnetic field

Charged objects are much easier to control because electric and magnetic fields can exert much stronger forces over them.

Because the tiny bots contain such a small quantity and surface area of magnetic material, it takes a relatively strong magnetic field to move them.

So if there are fewer GCRs reaching Earth (because a strong solar magnetic field is deflecting them away), the hypothesis says there will be fewer clouds, more sunlight reaching the Earth's surface, and thus more global warming.

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.

Their low metallicity allows these tiny galaxies to produce more massive stars, and, probably because massive stars have stronger magnetic fields, their explosive deaths can leave behind highly magnetized neutron stars, or magnetars.

This is in part because the equipment runs as much as $ 1 million to buy and needs to be stored in a specially housed area to protect the rest of a veterinary hospital from its strong magnetic field.

Because of their speed, their large magnetic field strength, and their often long - lived and strong southward magnetic field component, many fast CMEs are highly geoeffective; that is, energy is transferred effectively between the solar wind and Earth's magnetosphere through the process of magnetic...

What will happen to the Earth remains to be seen and predicted because nobody has developed any program or any models of terrestrial response — they are based on this period when the sun has maximum activity — when the sun has these nice fluctuations, and its magnetic field [is] very strong.

So if there are fewer GCRs reaching Earth (because a strong solar magnetic field is deflecting them away), the hypothesis says there will be fewer clouds, more sunlight reaching the Earth's surface, and thus more global warming.